ОБМОТКА СИЛОВОГО ТРАНСФОРМАТОРА

Изобретение относится к электротехнике и может быть использовано, например, при создании силовых трансформаторов. Технический результат состоит в ограничении токов при к.з. как во внешних цепях, так и внутри трансформатора, и, следовательно, упрощении конструкции трансформатора и электроустановки, в которой он применяется. Обмотка силового трансформатора, представляющая собой совокупность витков, выполненных из электрического проводника и охватывающих часть магнитопровода трансформатора, свернута в спираль. 1 ил.

ЭЛЕКТРОМАГНИТНОЕ УСТРОЙСТВО

Изобретение относится к электротехнике и может быть использовано в качестве дросселей, трансформаторов, катушек индуктивности, элементов фильтров, линий задержки, индуктивных балластов и т.п. Диапазон мощностей от единиц В•А до единиц кВ• А. Технический результат заключается в снижении стоимости, улучшении технических характеристик, упрощении конструкции и технологии производства. Обмотки выполнены с электрически изолированными витками из трехслойной ленты, внешние слои которой - из металла, обладающего одновременно электро- и магнитопроводностью. Связующий их воедино внутренний слой - диэлектрический. Слои сцеплены между собой подобно звеньям якорной цепи и расположены вдоль прямой или ломаной, в том числе замкнутой, линии, совпадающей с осями их симметрии. 3 з.п. ф-лы, 3 ил.

СПОСОБ УВЕЛИЧЕНИЯ ДОБРОТНОСТИ ПЛОСКОЙ СПИРАЛЬНОЙ КАТУШКИ ИНДУКТИВНОСТИ

Изобретение относится к электротехнике. Технический результат состоит в повышении эффективности проектирования и изготовления высокодобротной планарной спиральной катушки индуктивности с преобладающими омическими потерями. Способ увеличения добротности плоской спиральной катушки индуктивности с произвольным заданным числом витков заключается в том, что выбирают ширину каждого витка и межвитковые расстояния в указанной плоской спиральной катушке индуктивности таким образом, чтобы обеспечить распределение тока, повторяющее распределение тока в одном витке, имеющем те же геометрические размеры, что и указанная плоская спиральная катушка индуктивности. 3 з.п. ф-лы, 4 ил.

КАТУШКА, УСТАНОВКА ДЛЯ ИЗГОТОВЛЕНИЯ КАТУШКИ И СПОСОБ ИЗГОТОВЛЕНИЯ КАТУШКИ

Изобретение относится к электротехнике. Технический результат состоит в повышении точности размеров при изготовлении. Установка для изготовления катушек включает изгибающий блок, выполненный с возможностью осуществления процесса гибки, в котором подаваемый подающим механизмом металлический лист изгибают перед перематыванием на каркас. Блок управления выполнен с возможностью управления процессом гибки, исходя из количества металлического листа, поданного подающим механизмом, так, чтобы при начале наматывания металлическому листу была придана форма, соответствующая внешней периферийной форме каркаса, а впоследствии - соответствующая внешней периферийной форме металлического листа, намотанного внахлест на каркас. 3 н. и 2 з.п. ф-лы, 5 ил.

ЛИНЕЙНЫЙ ФИЛЬТР ДЛЯ СИСТЕМ ПЕРЕДАЧИ НА ЛИНИЯХ ЭЛЕКТРОПЕРЕДАЧ ПЕРЕМЕННОГО ТОКА СРЕДНЕГО/ВЫСОКОГО НАПРЯЖЕНИЯ

Использование – в области электротехники. Технический результат – повышение стойкости к деформации обмотки линейного фильтра. Согласно изобретению линейный фильтр для систем передачи на линиях электропередач переменного тока среднего/высокого напряжения содержит непрерывную катушку из электропроводного металла, при этом катушка сформирована непрерывной спиралью, выполненной из витков (1, 1А, 1В, 1С) катушки, которые намотаны как соленоид и удерживаются разнесенными друг от друга последовательностью прокладок (2), выполненных из электрически изолирующего материала. Витки (1, 1А, 1В, 1С) катушки имеют Н-образное сечение, чтобы на каждой из противоположных поверхностей таких витков катушки образовывалось углубление или непрерывный канал, куда помещены прокладки (2). При этом прокладки (2) создают надежную опору для каждого витка катушки. 3 з.п. ф-лы, 2 ил.

ТРАНСФОРМАТОР C ПЕЧАТНОЙ ПЛАТОЙ

Изобретение относится к электротехнике. Технический результат состоит в уменьшении потерь. Трансформатор с печатной платой содержит сердечник и плоскую обмотку печатной платы, причем сердечник имеет две ножки, идущие от основания, а плоская обмотка печатной платы проходит вокруг каждой из указанных ножек. Внешние размеры участка основания в областях, расположенных поверх плоских обмоток печатной платы, совпадают, по существу, с внешним размером плоской обмотки печатной платы, так чтобы обеспечить особо эффективное взаимодействие между обмоткой и сердечником. 9 з.п. ф-лы, 16 ил.

ОБМОТКА ИНДУКЦИОННОГО УСТРОЙСТВА И СПОСОБ ЕЁ ИЗГОТОВЛЕНИЯ

Изобретение относится к электротехнике, к трансформаторостроению и может найти применение при изготовлении обмоток трансформаторов и реакторов. Технический результат состоит в расширении функциональных возможностей при относительной простоте изготовления. Обмотка индукционного устройства содержит n последовательно соединенных катушек, каждая из которых содержит m параллельных проводников, расположенных в осевом направлении. По меньшей мере, один из m параллельных проводников закреплен на наружном торце катушки. Введены гильзы из электропроводящего материала, размещенные на внутреннем диаметре каждой четной катушки, а также на наружных переходах между четной и нечетной катушками, обеспечивая соединение соответствующих катушек между собой. В способе изготовления обмотки индукционного устройства осуществляют намотку n катушек m параллельными проводниками, поступающими с намоточных барабанов, и выполняют последовательное соединение катушек. Перед намоткой катушек формируют переходы между нечетной ...

ВЫСОКОВОЛЬТНАЯ ЭЛЕКТРИЧЕСКАЯ МАШИНА ПЕРЕМЕННОГО ТОКА

Изобретение относится к электротехнике и может быть использовано в высоковольтных электрических машинах переменного тока, предназначенных для непосредственного включения в распределительную или магистральную сеть. Электрическая машина содержит по меньшей мере одну обмотку. Эта обмотка содержит по меньшей мере один токонесущий проводник, вокруг которого расположен первый слой, имеющий полупроводниковые свойства. Вокруг указанного первого слоя расположен твердый изолирующий слой, а вокруг указанного изолирующего слоя расположен второй слой, имеющий полупроводниковые свойства. Кроме того, предусмотрены средства заземления для соединения по меньшей мере одной точки указанной обмотки с "землей". Технический результат заключается в обеспечении возможности непосредственного включения электрической машины в распределительную или магистральную сеть. 2 с. и 31 з.п.ф-лы, 15 ил.

ОБМОТКА ЭЛЕКТРОМАГНИТНОГО УСТРОЙСТВА

Изобретение относится к области электротехники и может быть использовано при проектировании электромагнитных устройств различного назначения. Техническим результатом изобретения является снижение объема и массы различных электромагнитных устройств - трансформаторов, дросселей и др. за счет повышения коэффициента заполнения окна магнитопровода проводниковым материалом, а также улучшение условий охлаждения. Обмотка электромагнитного устройства выполнена в виде винтовой спирали, состоящей из плоских витков, изготовленной из металлической трубы, наружный и внутренний диаметры которой равны соответствующим диаметрам обмотки, путем разрезания стенки трубы по винтовой линии на металлообрабатывающем, например токарном, станке или лазером с величиной поперечно-продольной подачи режущего инструмента, соответствующей ширине и толщине витка. 2 з.п. ф-ы, 4 ил.

Высоковольтный трансформатор, способ изготовления высоковольтного трансформатора, испытательная система и устройство испытательного сигнала, содержащее высоковольтный трансформатор

Изобретение относится к электротехнике. Технический результат заключается в уменьшении массогабаритных показателей и повышении эффективности использования высоковольтного трансформатора. Высоковольтный трансформатор выполнен в виде тороидального трансформатора и содержит один намагничиваемый сердечник, который является замкнутым по кругу или почти замкнутым по кругу. Также содержит обмотку низкого напряжения и обмотку высокого напряжения, которая электрически изолирована от обмотки низкого напряжения. Обе обмотки расположены вокруг одного и того же фрагмента намагничиваемого сердечника. Обмотка высокого напряжения выполнена по меньшей мере частично как пилигримно-шаговая обмотка. Изоляционный слой расположен по меньшей сере на той части намагничиваемого сердечника, на которой расположены обмотка низкого напряжения и обмотка высокого напряжения. Изоляционный слой для электрической изоляции упомянутой по меньшей мере одной части намагничиваемого сердечника от обмотки низкого напряжения и ...

Индукционный нагреватель текучих сред

Изобретение относится к электротехнике. Технический результат заключается в повышении надежности, а также в повышении эффективности индукционного нагревателя текучих сред. Индукционный нагреватель текучих сред включает трехфазный трансформатор с ферромагнитным сердечником. На стержнях сердечника расположены катушки первичной обмотки. Вторичная электропроводящая обмотка является теплообменником для нагреваемой текучей среды, состоящим из трех камер для нагрева текучей среды. Каждая из камер выполнена из внешнего и внутреннего полых цилиндров разного диаметра, установленных концентрично один в другом, соединенных вверху и внизу торцевыми заглушками с образованием камеры для нагрева в ней текучей среды. Каждая из указанных камер охватывает стержень сердечника с катушкой первичной обмотки и содержит патрубки для входа и выхода текучей среды. Катушки первичной обмотки подключены к высоковольтному источнику переменного тока и выполнены в виде цилиндра с вентиляционными каналами, расположенными ...

Силовой трёхфазный регулируемый трансформатор для подключения к сетям различного уровня среднего напряжения

Изобретение относится к электротехнике и может быть выполнено в исполнении любой мощности. Технический результат заключается в повышении надежности за счет обеспечения электроснабжением потребителей при работе на любом из наиболее распространенных уровней среднего напряжения для сетей с изолированной нейтралью, применяющихся в Единой энергетической системе России: 35, 20, 10, 6 кВ. Силовой трехфазный регулируемый трансформатор для подключения к сетям различного уровня среднего напряжения предназначен для электроснабжения потребителей электрической энергией промышленной частоты уровнем линейного напряжения 0,4 кВ. Трансформатор имеет три обмотки, две из которых являются обмотками первичного напряжения, а одна - обмоткой вторичного напряжения. Одна из обмоток первичного напряжения имеет промежуточные отводы. Для изменения рабочего первичного напряжения применяется изменение схемы соединения первичных обмоток трансформатора, а для регулирования вторичного напряжения применяется переключение ...

ТРАНСФОРМАТОР ДЛЯ ТЯГОВЫХ ПОДСТАНЦИЙ ПЕРЕМЕННОГО ТОКА

Трансформатор для тяговых подстанций переменного тока, содержащий обмотку, предназначенную для подсоединения к фазам питающей сети, и обмотку, по крайней мере, одна часть которой соединена в треугольник, по меньшей мере, одна фаза которого выполнена из проводов с суммарным сечением S, а линейные вводы этой обмотки предназначены для подсоединения к двум однофазным потребителям энергии таким образом, что один ввод является общим для обеих нагрузок, а каждый из остальных вводов соединен с одной из нагрузок, отличающийся тем, что, по крайней мере, одна из фаз части обмотки, соединенной в треугольник, выполнена из проводов с суммарным сечением, равным 0,3 ≤ S < 1,0.

ВИНТОВАЯ ОБМОТКА

Полезная модель относится к области электротехники, в частности, к конструкции элементов электрических реакторов или силовых трансформаторов. Техническим результатом является повышение эксплуатационной надежности винтовой обмотки за счет минимизации вероятности механического повреждения соединенных концов разрезанных проводов, в отношении которых выполнена транспозиция. Винтовая обмотка содержит витки, каждый из которых содержит параллельные провода, образующие ряды, расположенные в радиальном направлении. Между рядами выполнена сосредоточенная транспозиция параллельных проводов. Параллельные провода, в отношении которых выполнена сосредоточенная транспозиция, разрезаны, а их концы соединены между собой и расположены внутри горизонтального канала, выполненного между соседними витками винтовой обмотки. При этом соединенные между собой концы разрезанных проводов расположены таким образом, что не выступают за наружный диаметр винтовой обмотки. 4 з.п. ф-лы, 5 ил.

ПЛАНАРНЫЙ ТРАНСФОРМАТОР

... 1. Планарный трансформатор в виде пакета слоев с плоскими обмотками, содержащий первичную обмотку и, по крайней мере, одну вторичную обмотку, отличающийся тем, что соединение плоских обмоток в первичную или во вторичную обмотку производится через, по крайней мере, один слой.2. Устройство по п.1, отличающееся тем, что расстояние между слоями с последовательно соединяемыми плоскими обмотками первичной или вторичной обмотки выбирается таким, чтобы обеспечить как можно большее расстояние между каждой из соединяемых плоских обмоток.3. Устройство по п.1, отличающееся тем, что слои с витками, образующими первичную обмотку, располагаются в устройстве между слоями, образующими вторичную обмотку трансформатора.

ПОНИЖАЮЩИЙ ТРАНСФОРМАТОР С РАСПРЕДЕЛЁННЫМИ ВТОРИЧНЫМИ ОБМОТКАМИ

Понижающий трансформатор с распределенными вторичными обмотками, состоящий из замкнутого магнитопровода трансформатора, одной первичной обмотки и двумя или более одинаковыми вторичными обмотками, отличающийся тем, что магнитопровод трансформатора имеет центральный магнитопровод с расположенной на нем первичной обмоткой и два или более замкнутых магнитопроводов, расположенных симметрично относительно центрального магнитопровода с одинаковыми вторичными обмотками на них, которые соединены параллельно; первичная обмотка может быть в виде одного витка неподвижного провода, либо в виде вращающихся вокруг центрального магнитопровода одного или более положительно заряженных замкнутых проводников или в виде вращающихся встречно вокруг центрального магнитопровода одной или более пар разноименно заряженных замкнутых проводников.

Комбинированная обмотка индукционного устройства

Полезная модель относится к обмоткам индукционных устройств и может быть применена для трансформаторов и реакторов. Обмотка содержит N слоев, где N ≥ 2. Часть слоев, начиная с первого внутреннего слоя, в количестве 1 ≤ М ≤ (N-1) выполняется проводом многожильным, имеющим общую изоляцию и изолированные друг от друга жилы. Остальные слои N-M выполнены аналогичным многожильным проводом, жилы которого не изолированы друг от друга. Предпочтительно, слои М выполнены в количестве 0.2N ≤ М ≤ 0.5N. Все жилы провода слоев М могут иметь собственную изоляцию, или такую изоляцию может иметь часть жил. При этом достигается снижение материалоемкости и повышение технологичности провода при сниженных добавочных потерях на внутренних витках. 3 з.п. ф-лы, 1ил.

ВЫСОКОВОЛЬТНЫЙ ТРАНСФОРМАТОР

Микротрансформатор

Полезная модель относится к области электротехники и может быть использована в качестве отдельного схемного элемента в блоках питания и силового привода изделий спецтехники. Микротрансформатор содержит гибкую диэлектрическую подложку прямоугольной формы с размещенными на ней двухсторонними контактными электропроводящими площадками, количество которых соответствует количеству выводов обмоток микротрансформатора, и каждый из выводов обмоток микротрансформатора закреплен на одной из контактных площадок. Полезная модель позволяет повысить технологичность поверхностного монтажа микротрансформатора на изгибаемых платах. 1 з.п. ф-лы, 3 ил.

ТРАНСФОРМАТОР

Трансформатор относится к электротехнике, предназначен для работы в цепях переменного тока промышленной частоты (50-60Гц). Рекомендуемый диапазон мощностей от единиц В·А до десятков кВ·А. Для решения поставленной задачи, направленной на создание трансформатора, в котором были бы совмещены функции электро- и магнитопровода, при этом экономились активные материалы и, следовательно, снижалась стоимость трансформатора в целом, в трансформаторе, содержащем сердечник и катушечные обмотки, намотанные из полос металлической ленты, разделенных изоляцией, сердечник и катушечные обмотки выполнены в виде двух концентрически намотанных систем, сцепленных между собой и расположенных во взаимно перпендикулярных плоскостях, а металлическая лента выполнена из многослойного ферромагнитного токопроводящего материала.

Катушка обмоток индуктора линейных индукционных машин

Полезная модель относится к области электротехники, в частности к конструкциям плоских катушек, которые могут быть использованы в многофазных индукторах плоских и цилиндрических линейных индукционных машин, работающих в условиях повышенных вибрационных нагрузок и температур. Технический результат состоит в упрощении технологии изготовления катушек индуктора плоских и цилиндрических линейных индукционных машин. Катушка содержит слои из высокопроводящего металла, нарезанные в виде пластин. Между пластинами имеется межвитковый изоляционный слой из высокотемпературного диэлектрического материала. Пластины соединены между собой сваркой и собраны в пакет, который пропитан органосиликатной композицией, запеченной при температуре, превышающей температуру эксплуатации катушки. Межвитковый изоляционный слой выполнен с помощью ленты из термостойкого гибкого изоляционного материала на основе асбеста и стекловолокна. В части катушки, размещаемой в пазу магнитопровода индуктора, поверх собранных пластин ...

КАТУШКА ИНДУКТИВНОСТИ ТОКООГРАНИЧИВАЮЩЕГО РЕАКТОРА

Катушка индуктивности токоограничивающего реактора, имеющая цилиндрическую форму, содержащая витки, намотанные km параллельными проводами, начала которых расположены на одном ее торце, а концы - на другом торце, при этом параллельные провода разделены на m групп параллельных проводов, образующих n частей, каждая из которых размещена на определенном уровне по высоте и занимает m концентров, расположенных, по крайней мере, на одном основном каркасе, при этом, по крайней мере, две части, образующие одну группу, размещены на разных концентрах, отличающаяся тем, что она содержит (n-1) дополнительных каркасов, размещенных по высоте катушки, жестко соединенных между собой и с основным каркасом, и каждая из n частей размещена на соответствующем каркасе, а объединение параллельных проводов в группы выполнено таким образом, что, по крайней мере, две группы параллельных проводов из m групп параллельных проводов симметричны относительно средней линии по высоте катушки, ! где m - число групп, концентров ...

ТРАНСФОРМАТОР

Изобретение относится к электротехнике и может быть использовано как силовой или измерительный трансформатор тока или напряжения в отраслях электроники, электротехники, энергетики. Технический результат состоит в уменьшении размеров и улучшении электрических характеристик. Трансформатор содержит магнитопровод, первичную обмотку, выполненную из неферромагнитного высокоэлектропроводящего материала, расположенную концентрично с вторичной обмоткой, являющейся частью магнитопровода. Вторичная обмотка выполнена из многослойной ленты, содержащей слой ферромагнитного высокоэлектропроводящего материала, покрытой с внешней по отношению к обмотке стороны слоем высокоэлектропроводящего антиферромагнетика, а с внутренней - слой антиферромагнетика с высокой магнитной проницаемостью. 2 ил.

Электротрансформатор для работы в резонансном режиме, а также в составе статора электрогенератора

Изобретение относится к трансформаторам и генераторам. Трансформатор содержит магнитную систему, образованную первым и вторым неподвижно установленными магнитопроводами. Второй полюс первого магнитопровода супротивно расположен относительно первого полюса второго магнитопровода. Второй полюс второго магнитопровода супротивно расположен относительно первого полюса первого магнитопровода. Каждый из магнитопроводов пространственно изогнут в плане S-образно. Магнитная система сформирована первым и вторым магнитопроводами, установленными с образованием одного магнитно замкнутого контура, подобного образу лемнискаты Бернулли, первого и второго окон магнитной системы, а также технологического и рабочего зазоров. Первичная обмотка охватывает часть магнитной системы трансформатора с трассированнием обмотки через первое окно магнитной системы. Вторичная обмотка охватывает часть магнитной системы трансформатора с трассированнием обмотки через второе окно магнитной системы. Уменьшается влияние вторичной ...

ДРОССЕЛЬ-ТРАНСФОРМАТОР ПОСТОЯННОГО ТОКА

Полезная модель относится к области электротехники и может быть использована в рельсовых цепях устройств сигнализации, централизации и блокировки (СЦБ) на железнодорожном транспорте и линиях метрополитена. Достигается повышение устойчивости ДТ к механическим силам воздействия. Дроссель-трансформатор постоянного тока, состоящий из сердечника и ярма, собранных из холоднокатаной анизатропной тонколистовой электротехнической стали 3414, основной и дополнительной обмоток, где количество витков основной обмотки составляет 8, а площадь сечения стали сердечника составляет 350 см. 1 з.п. ф-лы ...

Индукционный нагреватель текучих сред

Изобретение относится к электротехнике. Технический результат заявляемого изобретения заключается в повышении эффективности индукционного нагревателя. Индукционный нагреватель текучих сред включает трансформатор с ферромагнитным сердечником. На стержнях сердечника расположены катушки первичной обмотки и вторичной электропроводящей обмотки, являющейся теплообменником для нагреваемой текучей среды. Теплообменник состоит из камер для нагрева текучей среды, каждая из которых выполнена из внешнего и внутреннего полых цилиндров разного диаметра, установленных концентрично один в другом. Вверху и внизу цилиндры соединены торцевыми заглушками. Так образуются герметичные пустотелые камеры для нагрева в ней текучей среды. Каждая из указанных камер охватывает стержень сердечника с катушкой первичной обмотки и содержит патрубки для входа и выхода текучей среды. Вторичная обмотка состоит из двух камер для нагрева текучей среды. В нижних частях камер выполнены патрубки для входа текучей среды, соединяющиеся ...

ОБМОТКА ТРАНСФОРМАТОРА (РЕАКТОРА)

Обмотка трансформатора (реактора), содержащая «n» катушек с числом витков «w», намотанных «m» параллельными проводами, которые расположены вдоль осевой линии катушек, каждая катушка, кроме крайней, выполнена в виде цилиндрической многослойной обмотки с числом витков в каждом слое, равным единице, причем по меньшей мере один из параллельных проводов крайней катушки закреплен на ее наружном торце.

КАТУШКА ИНДУКТИВНОСТИ

Изобретение относится к области электротехники, в частности к выполнению катушки индуктивности для высоковольтного импульсного электрооборудования. Техническим результатом изобретения является изготовление катушки индуктивности с прочным однородным изоляционным покрытием, обладающим высокой прочностью и термостойкостью. Предложенная катушка индуктивности включает последовательные спиралеобразные витки металлической токопроводящей проволоки или ленты, выполненной из металла вентильной группы или из его сплава, с изоляционным покрытием, сформированным путем микродугового оксидирования ее поверхности, причем во время оксидирования проволоку или ленту наматывают на оправку, выполненную из диэлектрического материала. Изобретение решает задачу создания катушки индуктивности с таким изоляционным покрытием, которое не подвержено пробоям между соседними витками или слоями. 2 з.п. ф-лы.

Автотрансформатор

Изобретение относится к электротехнике, в частности к трансформаторостроению, и может найти применение в силовых автотрансформаторах для электроэнергетики. Технический результат заключается в повышении надежности работы автотрансформатора при отклонении питающего напряжения, в возможности раздельного регулирования напряжения по двум сторонам, в упрощении массогабаритных характеристик. Автотрансформатор содержит магнитную систему, последовательную обмотку, один отвод которой подключен к контактному зажиму стороны высшего напряжения. Также содержит общую обмотку и регулировочную обмотку с устройством регулирования напряжения, которые с одной стороны подключаются к отводу общей обмотки, а с другой стороны предназначены для подключения к контактному зажиму нейтрали автотрансформатора, третью обмотку, которая не имеет гальванической связи с другими обмотками. А также содержит вторую регулировочную обмотку с устройством регулирования напряжения, которые позволяют регулировать высшее напряжение ...

ТРАНСФОРМАТОР

Изобретение относится к электротехнике и может быть использовано в системах электроснабжения. Технический результат заключается в расширении функциональных возможностей трансформатора путем обеспечения независимого измерения и независимого автоматического плавного регулирования и поддержания напряжения на всех выводах вторичной обмотки. Трансформатор состоит из Ш-образного магнитопровода, первичных и вторичных обмоток, трех полых стержней, заполняемых магнитной жидкостью, соединенных с помощью трубопровода через три устройства сравнения и три реверсивных выключателя с тремя гидронасосами и емкостью, содержащей магнитную жидкость. Входы трех устройств сравнения соединены с фазами вторичной обмотки соответственно. В стенке магнитопровода имеются отверстия, посредством которых внутренние полости стержней магнитопровода сообщаются с атмосферой. 1 ил.

ЦИЛИНДРИЧЕСКАЯ ОБМОТКА

Использование: в электротехнике, в частности, в конструкции цилиндрических обмоток мощных токоограничивающих, компенсирующих электрических реакторов. Сущность изобретения: обмотка состоит из концентрических слоев, соединенных параллельно, внутреннего слоя 1 и последующих слоев 2. Число витков в слоях разное и уменьшается от внутреннего слоя 1 к наружному для того, чтобы выравнять токи и температуру нагрева в параллельных слоях в соответствии с указанным в описании равенством. 1 ил.

Однокатушечный электромагнит

Изобретение относится к электротехнике. Технический результат заключается в расширении функциональных возможностей однокатушечного электромагнита за счет двунаправленного поступательного движения якоря за время протекания импульса тока в катушке управления. Однокатушечный электромагнит содержит цилиндрический магнитопровод, катушку управления, якорь со штоком, связанным с нагрузкой, установленные с торцов магнитопровода два полых стопа с размещенным в одном из них подвижным сердечником с центральным отверстием для штока. Упомянутые якорь и подвижный сердечник отжимаются в свои крайние положения и фиксируются с помощью пружин сжатия, образуя относительно своих торцевых поверхностей воздушные зазоры, при определенных значениях которых происходит изменение направления силы, действующей на якорь. Подвижный сердечник выполнен с внутренней полостью и с внешним кольцевым выступом, контактирующим через образованную торцевую поверхность с торцевой поверхностью полого стопа. Шток якоря снабжен подпружиненным ...

ОБМОТКА ИНДУКЦИОННОГО УСТРОЙСТВА И СПОСОБ ЕЕ ИЗГОТОВЛЕНИЯ

Использование: в электротехнике, в частности в многовитковых первичных обмотках трансформаторов тока. Сущность: многовитковая спиральная катушка выполнена из ленточного проводника и имеет вывод, выполненный в виде пластины с пазом, симметрично охватывающий катушку, расположенный в плоскости, перпендикулярной к виткам катушки и соединенный с внутренним витком катушки. Вывод выполнен с прорезью, расположенной в его боковой части и перпендикулярной пазу. 2 с.п. ф-лы, 2 ил.

КОНСТРУКЦИЯ ВЫВОДА ПОДАЧИ ТОКА И ЭЛЕКТРОМАГНИТНОЕ УСТРОЙСТВО

Изобретение относится к электротехнике. Технический результат заключается в повышении эффективности охлаждения проводящего элемента, который образован путем объединения множества проводов и на который подается электрический ток от вывода подачи тока. Предлагается конструкция (10) вывода подачи тока, в которой электрический ток проходит от вывода (12) подачи тока к проводящему элементу (13), сформированному путем объединения множества проводов (34). Конструкция (10) выполнена таким образом, что проводящий элемент (13) и вывод (12) подачи тока, электрически соединенный с этим проводящим элементом (13), расположены в корпусе (14) для хранения охлаждающей воды W и погружены в охлаждающую воду W. 2 н. и 4 з.п. ф-лы, 5 ил.

ПЛОСКИЙ ВЫСОКОВОЛЬТНЫЙ ТРАНСФОРМАТОР

... 1. Плоский высоковольтный трансформатор, имеющий первичную обмотку (4), вторичную обмотку (6) и сердечник (8, 10), отличающийся тем, что слои (16) вторичной обмотки (6) выполнены из металлической фольги с изоляционным слоем (18) между ними, навитой друг на друга в направлении, проходящем в одной плоскости.2. Устройство по п.1, отличающееся тем, что первичная обмотка (4) образована медной фольгой.3. Устройство по п.1, отличающееся тем, что сердечник (8, 10) имеет верхнюю половину (8) и нижнюю половину (10).4. Устройство по п.1, отличающееся тем, что сердечник (8, 10) выполнен из ферромагнитного материала.

ТОРОИДАЛЬНАЯ ОБМОТКА С ОДНОРОДНЫМ МОДУЛЕМ МАГНИТНОГО ПОЛЯ

... 1. Тороидальная обмотка с однородным модулем магнитного поля, состоящая из секторов, расположенных вокруг главной оси, с витками, распределенными внутри секторов таким образом, что их количество внутри любой из множества концентрических окружностей с центром на главной оси, лежащих в плоскости, перпендикулярной главной оси, пропорционально радиусу этой окружности, отличающаяся тем, что каждый сектор состоит из плоских параллельных друг другу секций, при этом секции, примыкающие к проходящей через главную ось плоскости симметрии сектора, имеют наибольшую ширину, а ширина других секций убывает по мере удаления от плоскости симметрии.2. Тороидальная обмотка по п.1, отличающаяся тем, что каждая из секций сектора закреплена на пластине, а в зазорах между пластинами размещены элементы наборных шпангоутов, обеспечивающих жесткость сектора под действием сил бокового распора.

ВИНТОВАЯ ОБМОТКА И СПОСОБ ЕЕ ИЗГОТОВЛЕНИЯ

... 1. Винтовая обмотка, состоящая из витков, каждый из которых содержит n параллельных проводов, где n≥3 - целое число, образующих m рядов, где m≥3 - целое число, при этом ряды расположены перпендикулярно оси обмотки, а между рядами выполнена транспозиция параллельных проводов, отличающаяся тем, что в месте выполнения сосредоточенной транспозиции винтовой обмотки, выполненной одно- или многоходовой, параллельные провода разрезаны, их концы расположены за наружным диаметром обмотки и соединены между собой таким образом, что первый из пронумерованных по возрастающей от внутреннего диаметра обмотки к наружному диаметру обмотки параллельных проводов хода обмотки до разреза соединен с концом n-о параллельного провода хода обмотки после разреза, конец второго параллельного провода хода обмотки до разреза соединен с концом (n-1)-о параллельного провода хода обмотки после разреза и далее концы всех параллельных проводов каждого хода обмотки до разреза соединены с концами всех параллельных проводов ...

Силовой трансформатор тяговой подстанции и способ его включения в систему тягового электроснабжения 25 кВ

МНОГОФАЗНЫЙ ТРАНСФОРМАТОР

Многофазный трансформатор, содержащий магнитопровод, трехфазную первичную обмотку и многофазную вторичную, отличающийся тем, что магнитопровод набран из шихтованных пластин электротехнической стали, изолированных друг от друга, соединенных между собой ярмом, секции трехфазной первичной обмотки выполнены в виде одинаковых катушек, пропитанных изоляционным лаком в вакууме, витки которых образованы расщепленным медным проводником, представляющим собой несколько пластин, разделенных между собой диэлектриком, ширина пластин соответствует ширине окна магнитопровода, концы и начала изолированных пластин соединены между собой в выводы, при этом концы пластин соединены в звезду, а начала образуют выводы первичной обмотки, каждая из первичных обмоток представляет собой высоковольтный фильтр на входе многофазного трансформатора, вторичные обмотки каждой из фаз имеют одинаковое количество витков, выполненных из медного расщепленного проводника круглого или прямоугольного сечения, при этом каждая из ...

ТРАНСФОРМАТОР ДЛЯ ТЯГОВЫХ ПОДСТАНЦИЙ ПЕРЕМЕННОГО ТОКА

Изобретение относится к электротехнике. Технический результат заключается в уменьшении габаритов и расхода активных и конструктивных материалов. Трансформатор для тяговых подстанций переменного тока содержит плоскую магнитную систему, первичную обмотку для подсоединения к фазам питающей сети, соединенную в звезду, вторичную обмотку, соединенную в треугольник, одна из фаз которой выполнена из проводов с суммарным сечением от 0,3 до 1,0 от суммарного сечения проводов любой другой фазы вторичной обмотки. Линейные вводы вторичной обмотки подсоединения к двум однофазным потребителям энергии таким образом, что один ввод является общим для обеих нагрузок, а каждый из остальных вводов соединен с одной из нагрузок. Одна фаза первичной обмотки, соответствующая фазе с уменьшенным суммарным сечением проводов вторичной обмотки, выполнена из проводов с суммарным сечением от 0,3 до 0,7 от суммарного сечения проводов любой другой фазы первичной обмотки. Фазы первичной и вторичной обмоток с уменьшенным ...

ЭЛЕКТРОПРОВОДЯЩИЙ ПРОВОД И СПОСОБ ЕГО ИЗГОТОВЛЕНИЯ

... 1. Электропроводящий провод, который окружен, выполненным из бумаги слоем, для изготовления обмотки, которая может быть расположена в электрическом приборе, и в котором находится масло, которое окружает обмотку и используется в качестве охлаждающей среды, отличающийся тем, что провод (1) окружен слоем (3, 8), который покрывает его без каких-либо зазоров и выполнен из поперечно связанного полимерного материала, поверх которого расположен слой (6, 9), выполненный из бумаги. ! 2. Провод по п.1, отличающийся тем, что провод (1) окружен лентой (7), выполненной из бумаги, которая снабжена на одной стороне слоем (8), выполненным из полимерного материала, и у которой бумага имеет слой, выполненный из полимерного материала, который уложен на проводе и намотан вокруг него. ! 3. Способ изготовления провода по п.1, отличающийся тем, что слой (3), выполненный из полимерного материала, который может быть поперечно связан, наносят по меньшей мере одним элементом слоя на провод (1), в аппарате (2) для ...

ТРАНСФОРМАТОР

Изобретение относится к области электротехники, в частности к трансформаторам. Целью изобретения является повышение КПД. Трансформатор на тороидальном сердечнике содержит первичную многовитковую обмотку и вторичную, выполненную в виде цилиндрического контейнера, охватывающего сердечник. Предлагаемый трансформатор отличается тем, что первичная обмотка выполнена в виде цилиндрического контейнера, состоящего из нескольких витков, навитых послойно, с выводом внешнего края обмотки трубой, а внутреннего края в виде серии симметричных относительно оси трансформатора радиальных пластин через вырезы, секущие торец контейнера по токовым линиям, пластины жестко через кольцо присоединены к трубе, при этом выводы начала и конца вторичной обмотки, расположенной внутри первичной, выполнены в виде серии радиальных пластин через вырезы во втором торце контейнера первичной обмотки, пластины, выводящие начало и конец вторичной обмотки, чередуются между собой. Цилиндрический контейнер первичной обмотки может ...

МНОГООБМОТОЧНЫЙ ДРОССЕЛЬ ДЛЯ ИСПОЛЬЗОВАНИЯ В СТАБИЛИЗАТОРЕ ПЕРЕМЕННОГО ТОКА

... 1. Многообмоточный дроссель, содержащий:магнитный сердечник с первым, вторым и третьим стержнями, по существу параллельными друг другу;первую обмотку, намотанную на первый магнитный стержень и заканчивающуюся на первом конце первым выводом, а на втором конце вторым выводом;вторую обмотку, намотанную на второй магнитный стержень и заканчивающуюся на первом конце первым выводом, а на втором конце вторым выводом;третью обмотку, намотанную на третий магнитный стержень и заканчивающуюся на первом конце первым выводом, а на втором конце вторым выводом;четвертую обмотку, сформированную из ближнего участка второго вывода первой обмотки, причем четвертая обмотка намотана на дальнюю часть второго вывода третьей обмотки;пятую обмотку, сформированную из ближнего участка второго вывода третьей обмотки, причем пятая обмотка намотана на дальнюю часть второго вывода первой обмотки.2. Многообмоточный дроссель по п.1, в котором дальняя часть второго вывода первой обмотки проходит через третью обмотку перед ...

СЛОЕВАЯ ОБМОТКА ТРАНСФОРМАТОРА И СПОСОБ ЕЕ ИЗГОТОВЛЕНИЯ

Изобретение относится к трансформаторному производству и может быть использовано при разработке и изготовлении слоевых обмоток низкого напряжения трансформаторов. Слоевая обмотка характеризуется тем, что последовательные витки в слое выполнены из группы параллельно соединенных проводников. Крайний проводник снабжен изоляцией, а остальные без изоляции, и изоляция этого проводника является межвитковой изоляцией. Для получения такой обмотки перед ее намоткой проводники собирают в группу в одной параллельной оси намотки плоскости так, что проводник с изоляцией располагается на краю группы, производят намотку обмотки и соединяют параллельно проводники группы у выводов обмотки. Использование изобретения обеспечивает уменьшение расхода изоляционных материалов, трудоемкости изготовления и улучшает условия охлаждения обмотки.

ТРАНСФОРМАТОР ВЫСОКОГО НАПРЯЖЕНИЯ С ДИОДНЫМ ДЕЛИТЕЛЕМ

... 1. Трансформатор высокого напряжения с диодным делителем, имеющий сердечник (К), первичную обмотку (W1) и обмотку (W2-W5) высокого напряжения, которая расположена в камерах (С) каркаса (9) катушки индуктивности, в котором камеры (С) с обмоткой (W2-W5) высокого напряжения расположены ниже первичной обмотки (W1), проводящее покрытие (15) расположено на поверхности внутренней полости (11) каркаса (9) катушки индуктивности, и, за счет соответствующей компоновки и прокладки проводов камер (С), колебания, возникающие во время эксплуатации в трансформаторе высокого напряжения, индуцируют на проводящем покрытии (15) емкостные токи, сумма которых приблизительно равна нулю. 2. Трансформатор высокого напряжения с диодным делителем по п.1, отличающийся тем, что, за счет симметричной компоновки и прокладки проводов камер (С) относительно диодов (3, 4, 5), колебания индуцируют на проводящем покрытии (15) емкостные токи, которые возникают попарно с одинаковой амплитудой, но в противофазе, и поэтому исключают ...

ДИФФЕРЕНЦИАЛЬНЫЙ ТРАНСФОРМАТОР ТОКА

Дифференциальный трансформатор тока, содержащий ферромагнитный сердечник с двумя первичными и одной вторичной обмотками, отличающийся тем, что все его обмотки выполнены коаксиальными цилиндрическими проводниками.

ПЛОСКАЯ КАТУШКА

... 1. Плоская катушка, содержащая провода, параллельные друг другу, расположенные в одной плоскости и намотанные спирально, причем концы соответствующих проводов катушки электрически соединены друг с другом на выводе катушки с обеспечением параллельного соединения проводов. ! 2. Катушка по п.1, в которой взаимное расположение внешнего и внутреннего контуров параллельно соединенных проводов изменяется вдоль намотки проводов. ! 3. Катушка по п.2, в которой взаимное расположение проводов изменяется четное число раз за один оборот. ! 4. Катушка по п.2, в которой места изменения взаимного расположения проводов не выровнены друг относительно друга. ! 5. Катушка по п.1, в которой провода, число которых равно четному числу параллельно соединенных проводов, намотаны в заданное число оборотов, разделенное на указанное четное число, а провода, взаимное расположение внутреннего и внешнего контуров которых отличается друг от друга, соединены последовательно на выводе катушки с формированием заданного числа ...

УСТРОЙСТВО КОНТРОЛЯ СОСТОЯНИЯ ОБМОТОК СИЛОВЫХ ТРАНСФОРМАТОРОВ

Устройство для выявления витковых замыканий и определения увлажнения изоляции обмоток силовых трансформаторов, содержащее генератор синусоидальных сигналов высокой частоты, который параллельно подключен к цифровому осциллографу и милливольтметру, при этом первые их выходы соединены с «землей», а вторые подключены к входу блока управления переключениями, который двумя выводами заземляет выводы «свободных» обмоток НН силового трансформатора, а третьим выводом подключается к исследуемой фазе обмотки НН, предающей входные сигналы в обмотки ВН, реакции-отклики которых через блок приема сигналов передаются на трехканальный АЦП, отличающееся тем, что устройство дополнено электронным блоком в объеме компьютера и электронной программы с опцией измерения, подачи сигналов, обработки и сравнения поступающих данных, построение графиков в зависимости напряжения от частоты и времени.

ОБМОТКА ВЫСОКОЧАСТОТНОГО ЭЛЕКТРОМАГНИТНОГО УСТРОЙСТВА КУПРИЯНЦА Е.Г.

Предложенная обмотка относится к преобразовательной технике, электронике и может быть использована в высокочастотных трансформаторах. Устройство для реализации способа, состоящее из непрерывно намотанных проводников, разделенных диэлектриком, объединенных в секции и соединенных с выводами, отличается тем, что один вывод соединяют с началом одного проводника, а другой вывод - с концом другого проводника. Реализация предложенного электромагнитного высокочастотного устройства, например трансформатора, позволяет упростить технологию создания обмоток и значительно облегчить ремонт вышедших из строя обмоток. 6 ил.

ЭЛЕКТРОМАГНИТНАЯ КАТУШКА

Электромагнитная катушка содержит по крайней мере два слоя проводника электрического тока, создающего магнитный поток и ферромагнитный сердечник. Направление намотки каждого последующего слоя противоположно направлению намотки предыдущего. Ферромагнитный сердечник выполнен в виде обечаек, преимущественно цилиндрических тонкостенных втулок, при этом каждая из обечаек размещена между каждой парой смежных слоев провода намотки, а соседние обечайки сдвинуты относительно друг друга в противоположных н правлениях вдоль оси катушки. Каждая из обечаек выполнена с продольной прорезью. Наибольший магнитный поток образуется на торцах катушки, при этом в каждый мгновенный момент времени на обеих торцах образуются магнитные полюса одного наименования. При смене направления тока оба полюса меняются на противоположные.

Обмотка на большие токи

Изобретение относится к электротехнике и может быть использовано при изготовлении обмоток трансформаторов. Цель изобретения - снижение потерь и тока холостого хода, уменьшение массы и габаритов за счет уменьшения разности температуры по высоте обмотки. Обмотка выполнена из витков 1-6 с переменным поперечным сечением, причем сечение витка увеличивается от нижнего к верхнему торцу обмотки дискретно или непрерывно . В верхней части обмотки (наиболее нагретой) снижается плотность тока, потери и нагрев, температура по высоте обмотки выравнивается, уменьшается вероятность термомеханических повреждений литой изоляции. 2 з. п. ф-лы, 3 ил.

Катушка индуктивности

Изобретение относится к устройствам радиоэлектронной промьшшенности . Цель изобретения состоит в уменьшении габаритов. Устройство содержит расположенные соосно одна под другой плоские диэлектрические платы 1 в виде колец, на каждой из которьгх размещена печатная обмотка 2. Обмотки 2 каждой диэлектрической платы соединены между собой через металлизированное отверстие 3. Обмотки соседних диэлектрических плат 1 соединены между собой с помощью вьгоодов 4. На части платы 1 вокруг каждого вывода обмоток диэлектрической платы выполнена прорезь. Соседние обмотки смежных диэлектрических плат смещены одна относительно так, что выводы 4 соседних обмоток смежных диэлектрических плат размещены рядом в одной плоскости в совмещенных отверстиях изоляционных кольцевых прокладок 5 и пластин 8 магнитопровода, размещенных междуплатами. Изобретение повьшает плотность компоновки за (Л счет предлагаемого соединения выводов соседних обмоток смежных плат и расположения обмотокс обеих сторон платы. 3 ил. го О5 4 ...

Трансформатор для вторичных источников питания

Изобретение относится к электротехнике . Цель изобретения - повышение КПД трансформатора. Трансформатор содержит магнитопровод 1 с одной или двумя первичными обмотками 2 и 3, группу вторичных обмоток 4-11. Первичные обмотки 2 и 3 равномерно намотаны на магнитопровод 1 в целое число слоев. Вторичные обмотки 4-11 объединены в два жгута 12 и 13. Жгут 12 образован четырьмя свитыми проводами 4-7, жгут 13 - чет1лрьмя свитыми проводами 8-11. Жгуты 12-и 13 вторичных, обмоток уложены поверх первичных обмоток 2 и 3 так, что их витки чередуются. Такое расположение витков обмоток позволяет уменьс S шить поток рассеяния, т.е. повысить КПД. 2 ил. сл ...

Бескаркасная обмотка

Обмотка индукционного устройства

ОБМОТКА ИНДУКЦИОННОГО УСТРОЙСТВА , содержащая две катушки,размещенные одна над другой, в каждой из которых вьшолнено по крайней мере двумя проводами по одному витку, причем конец верхней катушки соединен с началом нижней перемычкой, отличающаяся тем, что, с целью снижения расходов материалов путем повышения механической прочности обмотки, параллельные провода разделены на две группы начало, конец и перемычка одной группы проводов размещены на одной стороне, а начало, конец и перемычка другой группы проводов - на противоположной стороне обмотки.

ВИНТОВАЯ ОБМОТКА ИНДУКЦИОННОГО УСТРОЙСТВА

Трансформатор

Трехфазный трансформатор для импульсного преобразовательного агрегата

Изобретение относится к электротехнике, а именно к трансформаторам для мощных импульсных преобразовательных агрегатов, выполненных по шестифазной нулевой схеме выпрямления. Цель изобретения - улучшение массогабаритных показателей и повышение КПД трансформатора за счет снижения потерь холостого хода. Сетевая обмотка 3 трансформатора выполнена из двух частей, расположенных на двух концентратах: витки 4 на первом концентрате, а секции 16 - 19 на втором концентрате, где они чередуются по высоте с секциями 8 - 15 вентильной обмотки. Части сетевой обмотки соединены последовательно между собой. 1 ил.

Реактивная катушка

Симметрирующий трансформатор

Импульсный трансформатор

Преобразовательный трансформатор

ПРЕ01ВРАЗОВАТЕЛЬНЫЙ ТРАНСФОР- •IMATOP для даенадцатифазной схемы выпрямления,, еодержащий сетевую и две вентильных обмотки,' которые располо-/,жены концентрически на стержне магни- топровода и разделены по высоте на четное число частей, причем части одной вертикальной обмотки соединены в звезду, а части другой - в треугольник, а части сетевой обмотки соединены . в параллельные ветви, каждая из:которых образована последовательно соединеннь*ми частями, при этом торцы ' сетевой обмотки расположены на одном уровне с Topuavm Частей" двух вентиль-' ньос обмоток, отлич'ающий- ся тем, что, с целью повышения Кб" . эффицйента мощности и сникения расхо" да активных материалов, указанные Части вентильных обмоток имек» разг личные схемы соединения.

Реактор

РЕАКТОР, содержа1ций обмотку , катушки которой соединены параллельно и выполнены с разным числом витков, увеличивающимся от середины реактора к его краям, а сечение проводов во всех катушках одинаково, отличающийся тем, что, с целью повьпаения надежности путем повьшения электродинамической устойчивости , катушки имеют одинаковый диаметр, а их осевые размеры увеличиваются от середины реактора к его краям.

Сварочный трансформатор

Устройство токосъема

Индуктивный накопитель

Трансформаторно-выпрямительное устройство

"Катушечная обмотка трансформатор

Обмотка индукционного устройства

Катушка силового трансформатора

Сериесный трансформатор для устройства продольной компенсации в высоковольтных линиях

Экскаватор

OБMOTKA TPAHCФOPMATOPA

Секционированный выходной трансформатор низкой частоты

Катушка индуктивности

Изобретение относится к приборостроению и радиотехнике и может быть применено в высокостабильны.х автогенераторах, электрических фильтрах, узконолосных усилителях и т. д. Цель изобретения состоит в повышении добротности. Устройство содержит обмотку 1, состоящую из соосных плоских спиральных секций 2, концы которых соединены параллельно и подключены соответственно к выводам 3, 4 катушки. Наибольшая добротность достигается при следующем соотношении между аксиальной длиной намотки b и радиальной толщиной намотки t, выражающемся коэффициентом 0,6-0,8. 1 ил.

Модель для исследования перенапряжений в трансформаторах

Изобретение относится к электротехнике и может быть использовано при исследованиях электрической прочности межслоевой изоляции слоевых обмоток проектируемых силовых трансформаторов. Целью изобретения является уменьшение затрат на исследования за счет возможности моделирования на одной модели трансформаторов с различными по конструкции слоевыми обмотками . Модель содержит магнитопровод 1, на стержнях которого концентрично расположены токопроводящие слои обмоток 2, чередующиеся со слоями бумажной изоляции 3. Токопроводящие слои гальванически не связаны друг с другом и снабжены отво- да.ми от середины, концов и участков на различных уровнях по высоте слоя, выведенными на коммутационную панель 5. В качестве экранов служат резервные незадействованные слои. 4 ил. / ./ / / л о (Л 25 25 27 7 СА: ОО О 05 СО Фиг.

Бескаркасная обмотка

Изобретение касается преобразования электрической энергии и может быть использовано в трансформаторах, дросселях и т.д. Цель изобретения состоит в уменьшении габаритных размеров обмотки. Обмотка выполнена из плоского проводника 1, сложенного гармошкой по линиям изгиба 2, при этом перекрывающиеся при сгибе и сложении участки 3 выполнены с меньшей толщиной. Обмотка с участками меньшей толщины позволяет уменьшить примерно в два раза высоту намотки, следовательно, снизить ее габаритные размеры. 1 з.п. ф-лы, 5 ил.

Обмотка для мощных силовых трансформаторов

Изобретение относится к электротехнике и может быть использовано в мощных силовых трансформаторах или реакторах. Цель изобретения состоит в упрощении технологического процесса намотки обмотки. В устройстве обмотка намотана на рейки 1, расположенные по окружности через одинаковые пролеты. Каждая катушка, не под соединяемая к отводам, соединена с нижележащей и вышележащей катушками внутренними переходами 3 или наружными переходами 4, выполненными соответственно с места внутреннего или наружного крайнего провода катушки. Внутренний 3 и наружный 4 переходы, служащие выходом и входом одной и той же параллели, разнесены по окружности на некоторое число пролетов, назьшаемое недоходом Б. Каждая параллель при этом совершает неполное (дробное) число витков. При этом незаполненная проводом параллели часть витка вызывает уменьшение радиального размера катушки (провал). Внутренние или наружные переходы соседних параллелей расположены ч е- рез интервал А, больший недохода Б на интервал, превышающий одно ...

Электрическая катушка

Использование: в электротехнике, в частности , при изготовлении обмоток электромагнитов , катушек индуктивности, трансформаторов . Сущность изобретения: гофрирование плоского проводника 1, т.е. образование на нем гофр, осуществляют посредством пропускания его через валки с волнообразной образующей. Каждый виток катушки представляет собой диск с гофрами и центральным отверстием. Выполнение проводника гофрированным обеспечивает равномерное распределение плотности тока по его сечению. 3 ил.

Трехфазный трансформатор для питания полууправляемого преобразовательного агрегата с четырьмя вентильными мостами с диодами и тиристорами в соответствующих анодных и катодных группах вентилей

Использование: изобретение может быть использовано в преобразовательных силовых трансформаторах, обладающих высокой надежностью и увеличенным сроком эксплуатации и обеспечивающих снижение концентрации потерь от высших гармоник тока. Сущность изобретения: на магнитной системе 1 трехфазного трансформатора расположены концентрически сетевая обмотка 2 и вентильная обмотка 3, расположенная на одном концентре и состоящая из расположенных на одной половине высоты обмотки частей 4, 5 переплетзнных между собой, и расположенных на другой (нижней) половине высоты обмотки переплетенных частей 5, 7. Части 4, 7 соединены в звезду, а части 5, 6 - в треугольник и подключены к вентильным мостам, причем части 4,6 - к мостам с тиристорами в анодной группе, а части 5, 7 - к мостам с тиристорами в катодной группе. Указанное выполнение устройства позволяет при полной токовой нагрузке снизить температуру нагрева и добавочные потери в отдельных катушках от циркулирующих и вихрезых потоков четных гармоник. 2 ил ...

Реактивная катушка

Остов для трансформаторов и реактивных катушек

Индуктивно-емкостный элемент

Изобретение относится к электротехнике и может быть использовано для подавления высочастотных электромагнитных помех в цепях питания устройств силовой электроники. Цель изобретения - расширение области применения устройства за счет возможности подавления несимметричной помехи. Устройство состоит из трех полос 1 - 3 из электропроводящего материала, между которыми расположена электроизоляционная пленка, средняя полоса 2 может быть короче полос 1 и 3, между которыми она расположена, и соединена с "землей". За счет введения средней полосы, соединенной с землей, образуется емкость между ней и двумя другими полосами, что позволяет использовать элемент в качестве сетевого помехоподавляющего фильтра. 2 ил.

Управляемый мостовой источник электропитания /его варианты/

Изобретение может быть использовано в качестве регулируемого или стабилизированного вторичного источника электропитания при напряжениях нагрузки, превышающих напряжение смещения п реобразовательных элементов и при любых токах потребления . Цель изобретения - упрощение, улучшение качества преобразования энергии, надежности и массогабаритных показателей, а также расширение области применения. Источник содержит трехфазную электромагнитную систему с секционированной вентильной обмоткой, подключенной к вентильному мосту из преобразовательных элементов . Соединение вентильных обмоток по схеме треугольник - двухсторонний встречный зигзаг (правый или левый), введение системы управления, дополнительных отводов частей первых секций, соединенных в треугольник , выбор .определенного соотношения чисел витков секции и алгоритма управления обеспечивают достижение поставленной цели путем обеспечения 12-кратной частоты пульсации при использовании лишь одной электромагнитной системы гальванически связанных ...

Винтовая обмотка трансформатора

Изобретение относится к электротехнике , к трансформаторам на большие токи и является усовершенствованием изобретения по авт. св. № 864352, Целью изобретения является повышение надежности путем улучшения токораспределения между параллельными проводами . В винтовой обмотке трансформатора , параллельные привода которой объединены в два хода, выполнены основная и дополнительная транспозиции параллельных проводов. Центры обеих транспозиций удалены от краев ходов на (w/4-n/2) витков, где w - число витков обмотки; п - часть витка, на которую сдвинуты начала, и концы ходов , что обеспечивает одинаковое взаимное расположение параллельных проводов ходов в начале и конце обмотс б ки. 2 ил. (Л с ...

Трехфазный преобразовательный трансформатор

ТРЕХФАЗНЫЙ ПРЕОБРАЗОВАТЕЛЬНЫЙ ТРАНСФОРМАТОР по авт. св.№ 900325, Одт личающийся тем, что, с целью уменьшения потерь мощности и повьшения надежности путем выравниг вания распределения тока между частями вентильной обмотки, часть вентильной обмотки, соединенная в треугольник , расположена у одного торца, часть соединенная в звезду, - у другого торца обмотки, а секции оставшихся двух частей размещены между ними.

Печатная индуктивность

Непрерывная дисковая обмотка

Винтовая обмотка трансформатора

Трансформатор или дроссель

Трансформатор с разрезным ленточным магнитопроводом

Винтовая обмотка индукционного аппарата

Способ налетки непрерывной обмотки трансформатора и обмотка выполненная по данному способу

Электрическая обмотка

Трансформатор

Устройство для регулирования напряжения

TRANSFORMATOR MIT WICKELKERN

Wicklungsanordnung zur Herabsetzung der Randspannungsbeanspruchung zwischen der Groblage und der Feinlage von Regelwicklungen bei Transformatoren oder Drosselspulen

Transformer and flat panel display device including the same

There are provided a transformer and a flat panel display device including the same capable of securing leakage inductance and allowing easy manufacturing. The transformer according to the embodiment of the present invention includes: a bobbin part including a plurality of bobbins each including a tube-shaped body part having a penetration hole therein and one of flange parts protruded outwardly from both sides of the body part; a core inserted into the penetration holes in the bobbins to form a magnetic circuit; a coil part including respective coils wound around the bobbins; and a bobbin fixing member combined with either side surface of the bobbin part in which at least two of the bobbins are laminated, to fix and combine at least two of the bobbins.

Thin film type common mode filter

Disclosed herein is a common mode filter including an internal electrode manufactured in a coil electrode form and provided with a simultaneous coil pattern in which two coil electrodes are overlapped with each other in a single layer in a direction in which a coil is wound, wherein a height of a second insulating layer formed on the internal electrode is higher than an interval between the coils. Therefore, a portion at which a parasitic capacitance is generated may be basically blocked, and a self resonant frequency (SRF) may be increased while filtering performance as the common mode filter is maintained.

TRANSFORMER

A thin transformer to be used in a thin display device such as a liquid crystal display (LCD) device and a light emitting diode (LED) display device. The transformer includes a plurality of bobbins, each including a pipe shaped body having a though-hole formed in an inner portion thereof, a flange vertically protruding outwardly from both ends of the body, and external connection terminals protruding from one side of a lower flange formed at a lower end of the body; a core inserted into through-holes of the bobbins to form a magnetic path; and coils each wound around the plurality of bobbins. The bobbins include inner and outer bobbins. The inner bobbin is coupled to the outer bobbin such that the external connection terminals of the inner bobbin and the external connection terminals of the outer bobbin are mutually opposed. 1. A transformer comprising:a bobbin part including a plurality of bobbins, each including a pipe shaped body part having a though-hole formed in an inner portion thereof, a flange part vertically protruding outwardly from both ends of the body part, and external connection terminals protruding from one side of a lower flange part formed at a lower end of the body part;a core inserted into the through-hole of the bobbin to thereby form a magnetic path; anda coil part including coils each wound around the plurality of bobbins,wherein the bobbin part includes an inner bobbin and an outer bobbin, andthe inner bobbin is coupled to the outer bobbin such that the external connection terminals of the inner bobbin and the external connection terminals of the outer bobbin are opposed to each other.29-. (canceled) This application claims the priority of Korean Patent Application Nos. 10-2010-0063720 filed on Jul. 2, 2010 and 10-2010-0092701 filed on Sep. 20, 2010, in the Korean Intellectual Property Office, the disclosures of which are incorporated herein by reference.1. Field of the InventionThe present invention relates to a thin transformer capable of ...

A VERTICAL MAGNETIC STRUCTURE FOR INTEGRATED POWER CONVERSION

The present invention provides an inductor device comprising one or more interconnected columns of conductive material embedded in a supporting structure, wherein the one or more columns comprise an input terminal and an output terminal; and wherein each column is surrounded by a first magnetic layer. 1. A transformer or coupled inductor device comprising:two interconnected columns of conductive material embedded in a supporting structure, the two interconnected columns comprising a first column and a second column spaced apart from the first column, each column comprising an inner column portion and an outer column portion concentric with the inner column portion,the outer column portion and the inner column portion each having a first end and a second end, wherein the first end of the first inner column portion and the first outer column portion each comprise an input terminal or an output terminal and the first end of the second inner column portion and the second outer column portion each comprise an input terminal or an output terminal, and wherein the second end of the first inner column portion is conductively coupled to the second end of the second inner column portion by an inner interconnecting track of conductive material, and wherein the second end of the first outer column portion is conductively coupled to the second end of the second outer column portion by an outer interconnecting track of conductive material.2. A transformer or coupled inductor device comprising:three or more interconnected spaced apart columns of conductive material embedded in a supporting structure, the three of more columns comprising an input column, an output column, and at least one intermediate column, each column comprising an inner column portion and an outer column portion concentric with the inner column portion, the outer column portion and the inner column portion each having a first end and a second end, wherein the first end of each intermediate inner column portion ...

ELECTRONIC DEVICE

An electronic device includes a component body and a terminal electrode formed on a mounting surface of the component body. The chamfered part is formed at an intersection between the mounting surface and a side surface of the component body. An edge of the terminal electrode becomes thinner toward the chamfered part. 1. An electronic device , comprising:a component body; anda terminal electrode formed on a mounting surface of the component body,wherein a chamfered part is formed at an intersection between the mounting surface and a side surface of the component body, andwherein an edge of the terminal electrode becomes thinner toward the chamfered part.2. The electronic device according to claim 1 , wherein the chamfered part is formed by an R-plane or a C-plane.3. An electronic device claim 1 , comprising:a component body containing an element; anda terminal electrode formed on a mounting surface of the component body,wherein a chamfered part is formed at an intersection between the mounting surface and a side surface of the component body,wherein the element is connected with the terminal electrode, andwherein an edge of the terminal electrode becomes thinner toward the chamfered part.4. The electronic device according to claim 3 , wherein the chamfered part is formed by an R-plane or a C-plane.5. The electronic device according to claim 3 , wherein the edge of the terminal electrode is continuously connected with a chamfered surface of the chamfered part.6. The electronic device according to claim 4 , wherein the edge of the terminal electrode is continuously connected with a chamfered surface of the chamfered part. The present invention relates to an electronic device used as a chip component.In an electronic device such as a chip component, a terminal electrode is formed continuously even on a side surface together with a mounting surface, in order to form a solder filet on the side surface of the terminal electrode.In this type of electronic devices, however, ...

Coil component and method for manufacturing the same

A coil component includes a body including a plurality of first and second coil patterns, which are alternately disposed, and insulating layers disposed therebetween. The first coil patterns may be connected to the second coil patterns adjacent to the first coil patterns by vias, a plurality of coils including at least one each of the first and second coil patterns may be formed, and the plurality of coils may be connected in parallel to each other.

COIL COMPONENT

A coil component includes a first magnetic body, an insulator stacked on the first magnetic body, a second magnetic body stacked on the insulator, and a coil which is disposed in the insulator and which includes a first coil conductor layer and a second coil conductor layer that are arranged in the stacking direction of the first magnetic body, the insulator, and the second magnetic body. In a cross section in the stacking direction, the shapes of the first coil conductor layer and the second coil conductor layer are polygonal, and regarding opposing portions of the first coil conductor layer and the second coil conductor layer that face each other, one opposing portion is a side and the other opposing portion is a vertex. 1. A coil component comprising:a first magnetic body;an insulator stacked on the first magnetic body;a second magnetic body stacked on the insulator; anda coil which is disposed in the insulator and includes a first coil conductor layer and a second coil conductor layer that are arranged in a stacking direction of the first magnetic body, the insulator, and the second magnetic body,wherein,in a cross section in the stacking direction, shapes of the first coil conductor layer and the second coil conductor layer are polygonal, andregarding opposing portions of the first coil conductor layer and the second coil conductor layer that face each other, one opposing portion is a side and an other opposing portion is a vertex.2. The coil component according to claim 1 , wherein a number of vertices of a polygon with respect to each of the first coil conductor layer and the second coil conductor layer is an odd number.3. The coil component according to claim 1 , wherein the vertices of a polygon with respect to each of the first coil conductor layer and the second coil conductor layer are curved.4. The coil component according to claim 1 , wherein claim 1 , in a cross section in the stacking direction claim 1 , at least part of the second coil conductor ...

COIL COMPONENT

In a planar coil element, since an overlapping portion of a fourth resin wall of a first conductor pattern protrudes from an end surface of a main body portion, restriction on a width of the overlapping portion is relaxed, and the wide overlapping portion is realized. Therefore, an improvement in a withstand voltage between the second external terminal electrode formed on the end surface and an outermost turn of the first conductor pattern is realized. Similarly, regarding the second conductor pattern, the improvement in the withstand voltage between the first external terminal electrode formed on the end surface and an outermost turn of the second conductor pattern is realized. 1. A coil component comprising a main body portion having a first end surface and a second end surface facing each other , and a first external terminal electrode and a second external terminal electrode respectively formed on the first end surface and the second end surface of the main body portion ,wherein the main body portion comprisesan insulating substrate configured to extend in a direction in which the first end surface and the second end surface face each other;a coil having a first coil conductor pattern formed on one surface of the insulating substrate and having an outer end portion extending to the first end surface and connected to the first external terminal electrode, a second coil conductor pattern formed on the other surface of the insulating substrate, extending to the second end surface to be connected to the second external terminal electrode and wound in a winding direction opposite to that of the first coil conductor pattern when seen in a thickness direction of the insulating substrate, and a through-hole conductor provided to pass through the insulating substrate and configured to connect inner ends of the first coil conductor pattern and the second coil conductor pattern;resin walls between turns of each of the first coil conductor pattern and the second coil ...

INDUCTOR DEVICE

An inductor device includes a first trace, a second trace, and a double ring inductor. The first trace is disposed at a first area. The second trace is disposed at a second area. The double ring inductor is located at an outside of the first trace and the second trace. The double ring inductor is respectively coupled to the first trace and the second trace in an interlaced manner. 1. An inductor device , comprising:a first trace disposed in a first area;a second trace disposed in a second area; anda double ring inductor disposed at an outside of the first trace and the second trace, wherein the double ring inductor is respectively coupled to the first trace and the second trace in an interlaced manner.2. The inductor device of claim 1 , wherein the double ring inductor comprises:a third trace disposed in the first area, and coupled to the first trace in an interlaced manner; anda fourth trace disposed in the second area, and coupled to the second trace in an interlaced manner.3. The inductor device of claim 2 , wherein the third trace and the fourth trace are coupled to each other at a junction of the first area and the second area.4. The inductor device of claim 3 , wherein the first trace and the third trace are coupled to each other in an interlaced manner at a side which is opposite to the junction.5. The inductor device of claim 4 , wherein the second trace and the fourth trace are coupled to each other in an interlaced manner at the junction.6. The inductor device of claim 5 , wherein the double ring inductor further comprises:a first connector coupled to the third trace and the fourth trace at a first side of the inductor device.7. The inductor device of claim 6 , wherein the double ring inductor further comprises:a first input/output terminal disposed in the third trace.8. The inductor device of claim 7 , wherein the first trace claim 7 , the second trace claim 7 , the third trace claim 7 , and the fourth trace are disposed on a first layer.9. The inductor ...

COMMON-MODE CHOKE COIL

A common-mode choke coil includes a multilayer body, a first coil, and a second coil. The multilayer body includes plural non-conductor layers. The first and second coils are incorporated in the multilayer body. The first coil has a path length L, the second coil has a path length L, and the sum of the path length L and the path length L is less than or equal to 3.30 mm. The first coil has a first coil conductor, and the second coil has a second coil conductor. The first coil conductor and the second coil conductor have a spacing D between each other of greater than or equal to 6 μm and less than or equal to 26 μm (i.e., from 6 μm to 26 μm) in the stacking direction of the non-conductor layers. 1. A common-mode choke coil comprising:a multilayer body including a plurality of non-conductor layers, the plurality of non-conductor layers being stacked and each made of a non-conductor, and the plurality of non-conductor layers including a first plurality of non-conductor layers and a second plurality of non-conductor layers;{'b': 1', '2', '1', '2, 'a first coil and a second coil that are incorporated in the multilayer body, the first coil having a path length L and including a first coil conductor disposed along a first interface which is an interface between the first plurality of non-conductor layers, the second coil having a path length L and including a second coil conductor disposed along a second interface which is an interface between the second plurality of non-conductor layers and different from the first interface along which the first coil conductor is disposed, a sum of the path length L and the path length L being less than or equal to 3.30 mm, and the first coil conductor and the second coil conductor having a spacing between each other of from 6 μm to 26 μm in a direction in which the plurality of non-conductor layers are stacked;'}a first terminal electrode and a second terminal electrode that are provided on an outer surface of the multilayer body, the ...

TRANSFORMER AND POWER SUPPLY APPARATUS INCLUDING THE SAME

A transformer includes a magnetic core having an inner space, a coil unit disposed within the magnetic core and including a primary coil and a secondary coil in which layers formed with conductive patterns are laminated, and a base configured to receive the magnetic core and the coil unit. A portion of the base is inserted into and disposed in the coil unit to be interposed between an output terminal coupled to the secondary coil and the magnetic core. 1. A transformer comprising:a magnetic core having an inner space;a coil unit disposed within the magnetic core and including a primary coil and a secondary coil in which layers formed with conductive patterns are laminated; anda base configured to receive the magnetic core and the coil unit,wherein a portion of the base is inserted into and disposed in the coil unit to be interposed between an output terminal coupled to the secondary coil and the magnetic core.2. The transformer as claimed in claim 1 , wherein the coil unit includes:a first part including the output terminal;a second part including a pattern part formed with the conductive patterns and an input terminal coupled to the primary coil; anda slit configured to separate the first part and second part.3. The transformer as claimed in claim 2 , wherein the base includes a seating part in which the magnetic core and the coil unit are placed and at least one sidewall formed to protrude from the seating part claim 2 , and the sidewall includes an insertion part inserted into and coupled to the slit.4. The transformer as claimed in claim 3 , wherein a height of the insertion part is formed higher than a height of the magnetic core.5. The transformer as claimed in claim 3 , wherein the insertion part forms a present deepage distance between the output terminal and the magnetic core.6. The transformer as claimed in claim 2 , wherein the slit is formed to be curved to a direction of the first part.7. The transformer as claimed in claim 3 , wherein the insertion ...

INDUCTOR

Anchor conductors extending from internal terminal conductors and being in contact with a component body are provided inside the component body. The anchor conductors are provided so as not to be connected to a coil conductor including a circulating portion, and so as not to be exposed on an outer surface of the component body. The anchor conductors are in contact with the component body to thereby enhance fixing force of the internal terminal conductors to the component body. 1. An inductor comprising:a component body made of a non-conductive material;a coil conductor disposed inside the component body, and including a first end portion and a second end portion opposite to each other, and a circulating portion between the first end portion and the second end portion;a first extended conductor and a second extended conductor respectively connected to the first end portion and the second end portion of the coil conductor;a first internal terminal conductor and a second internal terminal conductor respectively connected to the first extended conductor and the second extended conductor, and partially exposed on an outer surface of the component body while being disposed so as to be embedded inside the component body; anda first anchor conductor and a second anchor conductor respectively extending from the first internal terminal conductor and the second internal terminal conductor in a state of being in contact with the component body, and out of connection with the coil conductor.2. The inductor according to claim 1 , whereinthe first anchor conductor and the second anchor conductor are inside the component body and not exposed on the outer surface of the component body.3. The inductor according to claim 1 , whereinthe component body includes a mounting surface facing a side of the mounting substrate, a top surface facing the mounting surface, a first side surface and a second side surface connecting between the mounting surface and the top surface and facing each ...

INDUCTOR AND MANUFACTURING METHOD THEREOF

An inductor may include: a body, and a first and a second external electrode formed on end surfaces of the body. The body may include a coil support layer, a conductive coil formed on at least one surface of the coil support layer, a lamination part formed in a gap of the conductive coil and on an upper surface thereof, an insulating coating part formed to enclose an overall surface of the conductive coil on which the lamination part is formed, and upper and lower cover layers covering the overall surface of the conductive coil on which the insulating coating part is formed. 114-. (canceled)15. An inductor comprising: a coil support layer,', 'a conductive coil on a surface of the coil support layer,', 'a first insulating layer between adjacent turns of the conductive coil and extending higher than an upper surface of the conductive coil,', 'a second insulating layer enclosing the first insulating layer and the conductive coil, and', 'a cover layer comprising magnetic material and covering the second insulating layer; and, 'a body, includingexternal electrodes on respective end surfaces of the body,wherein the first insulating layer includes first and second side surfaces facing each other, and both of at least a portion of the first side surface and at least a portion of the second side surface contact the conductive coil, andwherein the second insulating layer is not disposed at a lower position than a bottom surface of the conductive coil.16. The inductor of claim 15 , wherein the width of the first insulating layer disposed between adjacent turns is smaller than that of the turns of the conductive coil.17. The inductor of claim 15 , wherein the gap interval between adjacent turns of the conductive coil in the conductive coil is substantially filled with the first insulating layer.18. The inductor of claim 15 , wherein the first insulating layer is formed of a material different from that of the second insulating layer.19. The inductor of claim 15 , wherein the ...

ELECTRONIC COMPONENT

An electronic component includes an element body including two end surfaces opposite to each other and a bottom surface connected between the two end surfaces. A coil is provided in the element body and an external electrode is provided in the element body. In a first cross-section intersecting with the two end surfaces and the bottom surface of the element body, the external electrode has a first portion extending along a first surface that is one of the end surface and the bottom surface of the element body. The coil is disposed such that an outer circumferential edge of the coil faces the first surface of the element body. A shortest distance between the outer circumferential edge of the coil and the first surface of the element body is smaller than a minimum width of the first portion in a direction orthogonal to the first surface. 1. An electronic component comprising:an element body including a first end surface and a second end surface opposite to each other and a bottom surface connecting to the first end surface and the second end surface;a coil provided in the element body; anda first external electrode and a second external electrode provided in the element body and electrically connected to the coil,wherein the coil includes coil conductor layers that are electrically connected to each other along a lamination direction,wherein in a first cross-section intersecting with the first end surface, the second end surface, and the bottom surface of the element body:the first external electrode has a first portion extending along the bottom surface of the element body and a second portion extending along the first end surface of the element body, the first portion of the first external electrode and the second portion of the first external electrode being embedded in the element body,the second external electrode has a first portion extending along the bottom surface of the element body and a second portion extending along the second end surface of the element ...

INDUCTOR

An inductor includes a coil having a plurality of coil patterns and external electrodes connected thereto. An innermost coil pattern and an outermost coil pattern in the coil grow using first and second insulating wall as growth guides and the inductor has a structure in which there is no deviation in thickness and shape between the coil patterns. 1. An inductor comprising:a body including a support member including a through hole, a coil including a plurality of coil patterns disposed on the support member and connected to each other to have an overall spiral shape, a first insulating wall being at least partial contact with an innermost coil pattern among the plurality of coil patterns, a second insulating wall being at least partial contact with an outermost coil pattern among the plurality of coil patterns, and an insulating film filling spaces between the plurality of coil patterns and covering upper surfaces of the first and second insulating walls; andfirst and second external electrodes disposed on an external surface of the body and connected to the coil,wherein each of the first and second insulating walls is a single integrated insulating wall without an internal boundary surface.2. The inductor of claim 1 , wherein an entire side surface of the innermost coil pattern is contact with the first insulating wall claim 1 , and an entire side surface of the outermost coil pattern is contact with the second insulating wall.3. The inductor of claim 1 , wherein the first insulating wall extends to a position equal to or higher than a position of an uppermost surface of the innermost coil pattern claim 1 , and the second insulating wall extends to a position equal to or higher than a position of an uppermost surface of the outermost coil pattern.4. The inductor of claim 1 , wherein the insulating film encloses all surfaces of the first and second insulating walls that do not contact with the innermost coil pattern or the outermost coil pattern among surfaces of ...

MULTI-TURN INDUCTOR WITH BALANCED RESPONSE AND METHOD THEREOF

An inductor is laid out on a multi-layer structure, the inductor having a multi-turn coil including a plurality of metal traces laid out on at least two metal layers and a plurality of vias configured to provide inter-layer connection, wherein the multi-turn coil includes a first half configured to conduct a current flow between a first end and a center tap and a second half configured to conduct a current flow between a second end and the center tap; and an additional metal laid out on a metal layer below a lowest metal layer of the multi-turn coil, wherein the additional metal is laid out beneath the first half if the second half has a greater parasitic capacitance, or alternatively beneath the second half if the first half has a greater parasitic capacitance. 1. An inductor laid out on a multi-layer structure comprising:a multi-turn coil including a plurality of metal traces laid out on at least two metal layers and a plurality of vias configured to provide inter-layer connections, wherein the multi-turn coil comprises a first half configured to conduct a current flow between a first end and a center tap and a second half configured to conduct a current flow between a second end and the center tap; andan additional metal laid out on a metal layer below a lowest metal layer of the multi-turn coil, wherein the additional metal is laid out beneath the first half only if the second half has a greater parasitic capacitance, and the additional metal layer is laid out beneath the second half only if the first half has a greater parasitic capacitance.2. The inductor of claim 1 , wherein the multi-turn coil comprises a first metal trace and a second metal trace laid out on a first metal layer claim 1 , a third metal trace laid out on a second metal layer claim 1 , a first via configured to connect one end of the third metal trace to the first metal trace claim 1 , and a second via configured to connect another end of the third metal trace to the second metal trace.3. The ...

Electronic component

An electronic component includes insulator layers having first and second sides respectively extending in first and second directions from a first point, and outer conductor layers extends in the first and second direction from the first point. Each of the outer conductor layers has second and third points. One of the outer conductor layers has a fixing portion inside a region having a third side connecting the second and third points, and fourth and fifth sides respectively extending from the second point in the reverse first direction and from the third point in the reverse second direction.

BOBBINS FOR GAPPED TOROID INDUCTORS

A bobbin for spacing windings around an inductor core includes an interior spacer defining an exterior surface for coupling interior spacer with an annular inductor core and an interior facing surface opposing the exterior surface for receiving inductor windings. The interior spacer has a thickness profile between the exterior and interior facing surfaces for spacing the windings inward from the inductor core to reduce magnetic fringe flux effects on the windings. An inductor body includes an inductor core coupled to bobbin. A wound inductor includes windings wrapped around the inductor body formed by the inductor core and bobbin. 1. A bobbin for spacing windings around an inductor core comprising: an exterior surface for coupling the interior spacer with an inductor core; and', 'an opposed interior facing surface for receiving inductor windings, wherein the interior spacer has a thickness profile between the exterior and interior surfaces thereof for spacing the windings inward from the inductor core to reduce magnetic fringe flux effects on the windings., 'an interior spacer defining2. A bobbin as recited in claim 1 , further comprising a circumferential segment coupled to the interior spacer for circumferentially spacing a second interior spacer from the interior spacer.3. A bobbin as recited in claim 2 , wherein the interior spacer has a maximum thickness that is greater than that of the circumferential segment.4. A bobbin as recited in claim 2 , wherein the thickness profile of the interior spacer defines an interior facing convex surface for positioning interior windings radially inward of the exterior surface of the interior spacer.5. A bobbin as recited in claim 1 , further comprising an exterior spacer disposed radially outward of the interior spacer for grouping exterior winding portions and reducing magnetic fringe flux effects on the windings.6. A bobbin as recited in claim 5 , wherein the interior spacer and exterior spacer are integral with one another ...

MAGNETIC COMPONENT FOR A SWITCHING POWER SUPPLY AND A METHOD OF MANUFACTURING A MAGNETIC COMPONENT

The present application relates to magnetic components employed in switching power supplies. The application provides a gapped magnetic core () construction in which the gap is distributed by placing gaps between the legs () of the core and the top and bottom sections (). The application also provides a bobbin construction having a reduced footprint for inductor and transformers. 144.-. (canceled)45. A transformer comprisinga bobbin having a structure and an opening;a three legged magnetic core having a middle leg passing through the bobbin opening;a first winding provided in a first concentric path around the middle leg of the magnetic core;a second winding provided in a second concentric path around the middle leg of the magnetic core, wherein the first and second concentric paths are isolated from each other by the structure of the bobbin, wherein the first concentric path comprises two longitudinal passages enclosed by the structure of the bobbin, wherein the first winding exits the bobbin through a first opening to the longitudinal passages at a first end and where a second opening is provided at a second end opposing the first opening, wherein the second opening allows feeding of the first winding about the first concentric path.46. The transformer according to claim 45 , wherein the second winding comprises a single turn.47. The transformer according to claim 45 , wherein the second winding is formed using Litz wire.48. The transformer according to claim 45 , further comprising a spacer provided to maintain the second winding in a predefined position in one of the passages.49. The transformer according to claim 45 , wherein the three legged magnetic core further comprises:a top section;a bottom section;with two further legs in addition to the middle leg;wherein there is a gap defined between each leg and the top section and a gap defined between each leg and the bottom section.50. The transformer according to claim 50 , wherein each defined gap has a gap ...

WIRING CORE STRUCTURE, SEMICONDUCTOR EVALUATION DEVICE AND SEMICONDUCTOR DEVICE

A wound wire is wound around a core assembly so that both ends are short-circuited. In a coupling pin insertion state in which a coupling pin is inserted in a through hole of the core assembly, outer-peripheral space parts of respective divided core portions of the core assembly are disposed so as to overlap in plan view. Consequently, an air gap is formed in a part of a side surface of the core assembly. Before formation of a covering member, a main wire is caused to pass through the air gap and is thus disposed in a wiring hole of the core assembly. Then, the covering member for closing the air gap is provided on an outer peripheral surface side of the core assembly including the air gap so that a core structure is obtained. 1. A wiring core structure comprising:a tubular-shaped core portion having a wiring hole for passage of a main wire to be a parasitic-inductance suppression target and having a body portion made of a soft magnetic material; anda wound wire formed by winding a wire around said core portion and having both ends short-circuited, whereinsaid core portion includes a plurality of divided core portions which are disposed in a superposed relation and each have a wiring hole, andsaid plurality of divided core portions are formed such that shapes of said wiring holes and outside diameters of said body portions are different from each other, thereby implementing a superposition structure without overlapping in plan view.2. A wiring core structure comprising:a tubular-shaped core portion having a wiring hole for passage of a main wire to be a parasitic-inductance suppression target and having a body portion made of a soft magnetic material; anda wound wire formed by winding a wire around said core portion and having both ends short-circuited, whereinsaid core portion includes a plurality of divided core portions which are stacked on one another and disposed,said main wire partially has a curved portion,said wiring hole of said core portion is provided for ...

COIL COMPONENT

A coil component includes a first magnetic body, an insulator stacked on the first magnetic body, a second magnetic body stacked on the insulator, and a coil which is disposed in the insulator and which includes a first coil conductor layer and a second coil conductor layer that are arranged in the stacking direction of the first magnetic body, the insulator, and the second magnetic body. In a cross section in the stacking direction, the shapes of the first coil conductor layer and the second coil conductor layer are polygonal, and regarding opposing portions of the first coil conductor layer and the second coil conductor layer that face each other, one opposing portion is a side and the other opposing portion is a vertex. 1. A coil component comprising:a first magnetic body;an insulator stacked on the first magnetic body;a second magnetic body stacked on the insulator; anda coil which is disposed in the insulator and includes a first coil conductor layer and a second coil conductor layer that are arranged in a stacking direction of the first magnetic body, the insulator, and the second magnetic body,wherein,in a cross section in the stacking direction, shapes of the first coil conductor layer and the second coil conductor layer are polygonal,regarding opposing portions of the first coil conductor layer and the second coil conductor layer that face each other, one opposing portion is a side and an other opposing portion is a vertex, andthe vertices of a polygon with respect to each of the first coil conductor layer and the second coil conductor layer are curved.2. The coil component according to claim 1 , wherein claim 1 , in a cross section in the stacking direction claim 1 , at least part of the second coil conductor layer overlaps claim 1 , in the stacking direction claim 1 , the first coil conductor layer adjacent to the second coil conductor layer.3. The coil component according to claim 1 , wherein claim 1 , in a cross section in the stacking direction claim 1 ...

TRANSFOMER STRUCTURE

A transformer structure includes a winding cylinder which is a hollow tube, at least one limiting ring which is a ring sheet, multiple conductive sheets and at least one winding. The limiting ring is able to slide along the winding cylinder and to sleeve on the outside of the winding cylinder. The conductive sheets are sleeved on the outside of the winding cylinder. Two conductive sheets of the conductive sheets are attached to two end surfaces of the limiting ring while the two conductive sheets and the limiting ring form a winding space. The at least one winding is correspondingly disposed in the winding space. Thereby, the assembly of the transformer is simplified, and the winding area, as well as the voltage ratio of the transformer, is increased. 1. A transformer structure , comprising:a winding cylinder which is a hollow tube;at least one limiting ring, which is a ring sheet and able to slide along the winding cylinder and to sleeve on the outside of the winding cylinder;a plurality of conductive sheets sleeved on the outside of the winding cylinder, wherein two of the conductive sheets adjacent to each other are attached to two end surfaces of the at least one limiting ring sandwiched therebetween respectively while the two of the conductive sheets and an outer surface of the at least one limiting ring sandwiched therebetween form a winding space; andat least one winding correspondingly disposed in the winding space and being directly in contact with the two of the conductive sheets and the outer surface of the at least one limiting ring sandwiched therebetween.2. The transformer structure according to claim 1 , wherein a surface of the winding cylinder has at least one sliding rail claim 1 , an inner surface of the limiting ring disposes with a sliding groove corresponding to the sliding rail claim 1 , and the limiting ring is sleeved on the outside of the winding cylinder by the sliding groove sliding along the sliding rail.3. The transformer structure ...

THIN FILM INDUCTOR AND MANUFACTURING METHOD THEREOF

A thin film inductor and a manufacturing method thereof are provided. The thin film inductor includes a coil assembly, a first magnetic layer, and a second magnetic layer. The coil assembly includes a substrate, a first conductive wire, and a second conductive wire. The first and second conductive wires electrically connected to each other are disposed on first and second surfaces of the substrate, and each have a plurality of winding turns. The first and second conductive wires are embedded in the first and second magnetic layers, respectively. A part of the first magnetic layer fills into a gap between any two adjacent winding turns of the first conductive wire, and a part of the second magnetic layer fills into a gap between any two adjacent winding turns of the second conductive wire. 1. A thin film inductor , comprising:a coil assembly including a substrate, a first conductive wire disposed on a first surface of the substrate, and a second conductive wire disposed on a second surface of the substrate, wherein the first conductive wire and the second conductive wire each have a plurality of winding turns;a first magnetic layer disposed on the first surface, wherein the first conductive wire is embedded in the first magnetic layer, and a part of the first magnetic layer fills into a gap defined between any two adjacent ones of the winding turns of the first conductive wire;a second magnetic layer disposed on the second surface, wherein the second conductive wire is embedded in the second magnetic layer, and a part of the second magnetic layer fills into a gap defined between any two adjacent ones of the winding turns of the second conductive wire;a third magnetic layer disposed on the first magnetic layer, wherein the first magnetic layer is disposed between the substrate and the third magnetic layer; anda fourth magnetic layer disposed on the second magnetic layer, wherein the second magnetic layer is disposed between the substrate and the fourth magnetic layer; ...

LAMINATED COIL COMPONENT

A laminated coil component includes an element body, a coil, and a pair of conductors, the pair of conductors is disposed on the element body. Each of the pair of conductors has an L shape when viewed from the third direction. Each of the pair of conductors includes a first conductor portion and a second conductor portion. The first conductor portion is disposed on one of first side faces. The second conductor portion is disposed on a pair of end faces. The coil includes a first coil portion and a second coil portion. The first coil portion includes a first straight portion and a pair of second straight portions. The pair of second straight portions is connected to both ends of the first straight portion. The second coil portion is curved as a whole. 1. A laminated coil component comprising:an element body including a first face and a second, face opposed to each other in a first direction, a third face and a fourth face opposed to each other in a second direction orthogonal to the first direction, and a fifth face and a sixth face opposed to each other in a third direction orthogonal to the first direction and the second direction;a coil including a plurality of cod conductors in the element body, wherein an axis of the coil is along the third direction; anda first conductor and a second conductor disposed on the element body and spaced apart from each other in the first direction, whereinthe first conductor includes a first conductor portion extending in the first direction and a second conductor portion extending in the second direction,a first depression is disposed on the third face, and the first conductor portion is disposed in the first depression,a second depression is disposed on the first face, and the second conductor portion is disposed in the second depression and spaced apart from the fourth face,the second conductor includes a third conductor portion extending in the first direction and a fourth conductor portion extending in the second direction,a ...

Coil component and method of manufacturing the same

A coil component may include a body with a plurality of coils with insulating layers interposed therebetween. The plurality of coils may include first and second coils having a different number of turns. The first and second coils may be connected to each other in parallel.

MULTILAYER COIL COMPONENT

A multilayer coil component includes an element body and a coil conductor. The element body has a non-magnetic portion and a pair of magnetic portions. One of the pair of magnetic portions includes a first magnetic region, a first non-magnetic region, a second magnetic region, and a second non-magnetic region. A sum of a first length of the non-magnetic portion in a lamination direction and a second length of the first non-magnetic region in the lamination direction is equal to or less than a third length of the first magnetic region in the lamination direction. A sum of the second length and a fourth length of the second non-magnetic region in the lamination direction is equal to or less than a fifth length of the second magnetic region in the lamination direction. The fourth length is equal to or greater than the second length. 1. A multilayer coil component comprising:an element body having a non-magnetic portion and a pair of magnetic portions disposed in such a way as to sandwich the non-magnetic portion; anda coil conductor disposed in the non-magnetic portion, whereinat least one of the pair of magnetic portions includes a first magnetic region, a first non-magnetic region, a second magnetic region, and a second non-magnetic region that are laminated in this order on the non-magnetic portion,each of the non-magnetic portion, the first non-magnetic region, and the second non-magnetic region contains a glass component,a sum of a first length of the non-magnetic portion in a lamination direction and a second length of the first non-magnetic region in the lamination direction is equal to or less than a third length of the first magnetic region in the lamination direction,a sum of the second length and a fourth length of the second non-magnetic region in the lamination direction is equal to or less than a fifth length of the second magnetic region in the lamination direction, andthe fourth length is equal to or greater than the second length.2. The multilayer coil ...

Coil component and board having the same

There are provided a coil component and a board having the same. The coil component may include: a magnetic body including a substrate having two cores, first and second coil parts disposed on one surface of the substrate, and third and fourth coil parts disposed on the other surface of the substrate; a connection part disposed to penetrate through the two cores in the magnetic body and connecting the two cores to each other; and first to fourth external electrodes disposed on outer surfaces of the magnetic body and connected to the first to fourth coil parts.

Coil component and board having the same

There are provided a coil component and a board having the same. The coil component includes: a magnetic body including first and second coil parts disposed to be symmetrical to each other on one surface of a substrate on the basis of a central portion of the magnetic body and third and fourth coil parts disposed to be symmetrical to each other on the other surface of the substrate on the basis of the central portion of the magnetic body; and first to fourth external electrodes disposed on outer surfaces of the magnetic body and connected to the first to fourth coil parts.

TRANSFORMER

The present invention relates to a transformer and, more specifically, to a transformer including a secondary coil portion on which a conductive plate is stacked. A transformer according to one embodiment of the present invention can comprise: a bobbin; a core portion coupled to the bobbin along the outer side of the bobbin; and a plurality of conductive plates inserted into the bobbin and stacked in a thickness direction. 1. A transformer comprising:a bobbin;a core unit disposed outside the bobbin, the core unit comprising an upper core having a first middle leg and a lower core having a second middle leg, the core unit having a gap between the first middle leg and the second middle leg; anda plurality of conductive plates stacked in a thickness direction, whereineach of the plurality of conductive plates has a side shape disposed spaced apart from the gap in a vertical direction.2. A transformer comprising:a bobbin;a core unit disposed outside the bobbin, the core unit comprising an upper core having a first middle leg and a lower core having a second middle leg, the core unit having a gap between the first middle leg and the second middle leg; anda plurality of conductive plates inserted into the bobbin, the plurality of conductive plates constituting an upper coil unit, a middle coil unit, and a lower coil unit spaced apart from each other in a vertical direction, whereinthe middle coil unit comprises a first middle coil unit and a second middle coil unit, andthe gap is disposed between the first middle coil unit and the second middle coil unit.3. The transformer according to claim 2 , wherein each of the first middle coil unit and the second middle coil unit has a side shape disposed spaced apart from the gap in the vertical direction.4. The transformer according to claim 2 , whereinthe bobbin has a middle receiving portion configured to receive the middle coil unit, andthe middle receiving portion comprises:a first receiving hole configured to receive the ...

TERMINAL BLOCK, BOBBIN, AND COIL DEVICE

A terminal block includes a terminal and a base having a terminal attachment part to which the terminal is attached. The terminal includes a coupling part coupled to the terminal attachment part. The terminal attachment part is formed with an insertion hole extending in a first direction and into which the coupling part is inserted, and a fitting hole communicating with the insertion hole. The coupling part includes a click part configured to fit into the fitting hole, and the click part projects toward the fitting hole by being bent at a root of the click part along a straight line substantially parallel to the first direction. 1. A terminal block comprising:a terminal; anda base having a terminal attachment part to which the terminal is attached,wherein the terminal includes a coupling part coupled to the terminal attachment part, and an insertion hole extending in a first direction and into which the coupling part is inserted; and', 'a fitting hole communicating with the insertion hole,, 'wherein the terminal attachment part is formed withwherein the coupling part includes a click part configured to fit into the fitting hole, andwherein the click part projects toward the fitting hole by being bent at a root of the click part along a straight line substantially parallel to the first direction.2. The terminal block according to claim 1 ,wherein an inclined surface that pushes the coupling part toward the fitting hole is formed to the terminal attachment part.3. The terminal block according to claim 2 ,wherein the click part is provided at a distal end portion of the coupling part in the first direction, and wherein the inclined surface is configured to push the distal end portion of the coupling part toward the fitting hole.4. The terminal block according to claim 1 ,wherein the coupling part includes a first positioning structure configured to position the coupling part with respect to the insertion hole in a second direction orthogonal to the first direction.5. ...

Substrates with integrated three dimensional inductors with via columns

This disclosure relates generally to substrates having three dimensional (3D) inductors and methods of manufacturing the same. In one embodiment, the 3D inductor is a solenoid inductor where the exterior edge contour of the winding ends is substantially the same and substantially aligned with the exterior edge contour of the exterior edge contour of conductive vias that connect the windings. In this manner, there is no overhang between the windings and the conductive vias. In another embodiment of the 3D inductor, via columns connect connector plates. The via column attachment surfaces of each of the conductive vias in each of the columns is the same and substantially aligned. In this manner, carrier pads are not needed and there is no overhand between the conductive vias.

Inductor

An inductor includes a coil that is provided in a component body. A first end of the coil is connected to a first outer electrode, and a second end of the coil is connected to a second outer electrode. The coil includes a plurality of coil conductor layers that are provided in a width direction. Each coil conductor layer is substantially spirally formed with the number of turns being greater than or equal to about one turn. The height of the component body is greater than the width of the component body.

Wiring board and planar transformer

Disclosed is a wiring board having at least one insulating layer and at least one wiring layer arranged to overlap the insulating layer. The insulating layer includes: an arrangement portion at which the wiring layer is arranged; and a side wall portion which surrounds at least a part of the wiring layer arranged at the arrangement portion in a plane direction. The side wall portion has a planar shape that restricts movement and rotation of the wiring layer in the plane direction.

Package integrated power inductors using lithographically defined vias

Embodiments of the invention include inductors integrated into a package substrate that have increased thicknesses due to the use of shaped vias, and methods of forming such packages. In an embodiment of the invention an inductor may be formed in a package substrate may include a first inductor line formed on the package substrate. In some embodiments, a shaped via may be formed over the first inductor line. Additional embodiments may include a dielectric layer that is formed over the package substrate, the first inductor line and around the shaped via. In one embodiment, a second inductor line may also be formed over the shaped via. Some embodiments of the invention may include an inductor that is a spiral inductor.

FERRITE CERAMIC COMPOSITION, CERAMIC ELECTRONIC COMPONENT, AND METHOD FOR PRODUCING CERAMIC ELECTRONIC COMPONENT

A coil conductor and a via electrode placed away from the coil conductor are embedded in a magnetic layer. The magnetic layer is sandwiched between a pair of non-magnetic layers. The coil conductor and the via electrode are formed from a conductive material containing Cu as its main constituent, and the magnetic layer is formed from Ni—Mn—Zn ferrite where the CuO molar content is 5 mol % or less, and (x, y) falls within the range of A (25, 1), B (47, 1), C (47, 7.5), D (45, 7.5), E (45, 10), F (35, 10), G (35, 7.5), and H (25, 7.5) when the molar content x of FeOand the molar content y of MnOare represented by (x, y). Thus, insulation properties can be ensured, favorable electrical characteristics can be achieved, and a ceramic electronic component is achieved which is able to be reduced in size. 1. A ceramic electronic component comprisinga coil conductor and a via electrode placed away from the coil conductor, the coil conductor and the via electrode being embedded in a magnetic layer,the coil conductor and the via electrode being formed from a conductive material containing Cu as a main constituent, and the magnetic layer being formed from a ferrite ceramic composition,{'sub': 2', '3', '2', '3, 'the ferrite ceramic composition containing at least Fe, Mn, Ni, and Zn, a Cu molar content thereof being 0 to 5 mol % in terms of CuO, and when a Fe molar content x mol % in terms of FeOand a Mn molar content y mol % in terms of MnOare represented by (x, y), the (x, y) falls within a region surrounded by A (25, 1), B (47, 1), C (47, 7.5), D (45, 7.5), E (45, 10), F (35, 10), G (35, 7.5), and H (25,7.5).'}2. The ceramic electronic component according to claim 1 , wherein the Zn molar content is 33 mol % or less in terms of ZnO.3. The ceramic electronic component according to claim 1 , wherein the Zn molar content is 6 mol % or more in terms of ZnO.4. The ceramic electronic component according to claim 1 , wherein the magnetic layer is sandwiched between a pair of non- ...

Common mode noise filter and production method therefor

A common mode noise filter includes a first insulating layer, a first coil conductor on an upper surface of the first insulating layer, a second coil conductor on a lower surface of the first insulating layer, a second insulating layer on the upper surface of the first insulating layer to cover the first coil conductor, a third insulating layer on a lower surface of the second insulating layer to cover the second coil conductor. The first insulating layer contains glass and inorganic filler, and contains pores dispersed therein. The second insulating layer covers the first coil conductor, contains glass and inorganic filler, and contains pores dispersed therein. The third insulating layer covers the second coil conductor, contains glass and inorganic filler, and contains pores dispersed therein. This common mode noise filter has excellent high-frequency characteristics at a high yield rate.

INDUCTOR

An inductor includes: a body having a stack of a plurality of insulating layers, each of which has a coil pattern disposed thereon; and first and second external electrodes disposed on an external surface of the body, wherein the plurality of coil patterns are connected to each other by a coil connection portion and form a coil having both end portions connected to the first and second external electrodes through a coil lead portion, and the plurality of coil patterns are composed of coil patterns disposed in outermost positions and coil patterns disposed inwardly of the coil patterns disposed in the outermost positions of the body, a thickness of at least one of the coil patterns disposed inwardly being thicker than that of the coil patterns disposed in the outermost positions. 1. An inductor comprising:a body having a stack of a plurality of insulating layers, each of which has a coil pattern disposed thereon; andfirst and second external electrodes disposed on an external surface of the body,wherein the plurality of coil patterns are connected to each other by a coil connection portion and form a coil having both end portions connected to the first and second external electrodes through a coil lead portion, andthe plurality of coil patterns are composed of coil patterns disposed in outermost positions and coil patterns disposed inwardly of the coil patterns disposed in the outermost positions of the body, a thickness of at least one of the coil patterns disposed inwardly being thicker than that of the coil patterns disposed in the outermost positions.2121212. The inductor of claim 1 , wherein a ratio (t/t) of the thickness t of the coil pattern thicker than the coil patterns disposed in the outermost positions among the coil patterns disposed inwardly to the thickness t of the coil patterns disposed in the outermost positions satisfies 1<(t/t)<12.6.3. The inductor of claim 1 , wherein the coil patterns disposed in the outermost positions have different ...

Multilayer electronic component and method of manufacturing the same

Embodiments disclosed are directed to a multilayer electronic component and a method of manufacturing the same. The multilayer electronic component may includ a multilayer body having a plurality of insulating layers and internal coil parts disposed on the insulating layers. The plurality of insulating layers and internal coil parts are stacked. The multilayer electronic component may also include and external electrodes disposed on external surfaces of the multilayer body and connected to the internal coil parts. The internal coil parts include a first metal and a second metal having electrical conductivity higher than that of a first metal is disposed on the internal coil parts and surrounds the internal coil parts.

Coil electronic component and method of manufacturing the same

A coil electronic component includes: a plurality of stacked coil layers each including coil patterns including anisotropic plating layers; conductive vias connecting the coil patterns formed on different coil layers to each other; and external electrodes electrically connected to the plurality of coil layers.

ELECTRONIC COMPONENT

An electronic component includes: an element body in which a plurality of insulator layers are stacked; a coil in which a plurality of inner conductors installed in the element body are electrically connected to each other; and an outer electrode that is disposed on an outer surface of the element body, is electrically connected to the coil, and includes at least a baked electrode layer. The inner conductor connected to the outer electrode includes a connection conductor that electrically connects the baked electrode layer to the inner conductor. The connection conductor includes a protruding portion that protrudes from the outer surface of the element body to the outer electrode. The protruding portion includes a metal having a smaller diffusion coefficient than a metal of a main component included in the baked electrode layer. The inner conductors have a lower electric resistance value than the metal included in the protruding portion. 1. An electronic component comprising:an element body that is formed by stacking a plurality of insulator layers, has a rectangular parallelepiped shape, and includes a pair of end surfaces facing each other, a pair of principal surfaces facing each other, and a pair of side surfaces facing each other;a plurality of inner conductors that are installed in the element body;a glass layer that is disposed on the pair of end surfaces, the pair of principal surfaces, and the pair of side surfaces of the element body; anda pair of outer electrodes that are disposed on the glass layer of the pair of end surfaces and are electrically connected to the inner conductors,wherein a thickness of a part of the glass layer not covered with the pair of outer electrodes is larger than a thickness of a part covered with the pair of outer electrodes.2. The electronic component according to claim 1 , wherein each of the pair of outer electrodes includes a first electrode portion that is located on one end surface claim 1 , second electrode portions that ...

Multilayer coil

A coil is provided at a multilayer body including insulating layers stacked on one another. The coil includes linear conductors connected by via conductors to make a looped track when viewed from a layer stacking direction. The linear conductors include a first linear conductor contacting with an external electrode provided on the surface of the multilayer body, and a second linear conductor forming a half of the looped track. The first linear conductor includes a coil portion forming a part of the looped track. The second linear conductor is adjacent to the first linear conductor with one of the insulating layers in-between, and a first end of the second linear conductor is connected to a first end of the first linear conductor by a first via conductor. A second end of the second linear conductor does not overlap the first linear conductor when viewed from the layer stacking direction.

MAGNETIC ELEMENT AND BOBBIN ASSEMBLY THEREOF

A magnetic element includes a bobbin assembly, at least one pancake winding assembly, a winding coil assembly and a magnetic core assembly. The bobbin assembly includes plural bobbin units. The plural bobbin units are detachably coupled with each other. Each bobbin unit includes a main body, a coupling structure and at least one engaging structure. The main body includes an external surface, a channel and a first winding section. The coupling structure is disposed on the external surface of the main body. The engaging structure of the bobbin unit is engaged with the engaging structure of an adjacent bobbin unit. The pancake winding assembly is disposed around the main body and coupled with the corresponding coupling structure. The winding coil assembly is wound around the first winding section. The magnetic core assembly is partially accommodated within the channel of the bobbin unit. 1. A bobbin assembly for a magnetic element , the magnetic element comprising at least one pancake winding assembly , the bobbin assembly comprising plural bobbin units , wherein the plural bobbin units have no winding accommodation spaces and the plural bobbin units are detachably coupled with each other , wherein each of the plural bobbin units comprises:a main body comprising an external surface, a channel running through the main body, a first lateral part, a second lateral part opposed to the first lateral part, and a first winding section between the first lateral part and the second lateral part;a coupling structure disposed on the external surface of the main body, wherein the at least one pancake winding assembly is disposed around the main body of the corresponding bobbin unit, and the at least one pancake winding assembly is coupled with the corresponding coupling structure; andat least one engaging structure, wherein the engaging structure of the bobbin unit is engaged with the engaging structure of the adjacent bobbin unit.2. The bobbin assembly according to claim 1 , ...

Coil component and method of manufacturing the same

A coil component includes a substrate and a coil part disposed on the substrate. The coil part includes an insulating layer having an opening, and one or more coil patterns disposed in the opening. The coil patterns include first seed layers disposed on a portion of a side surface and a portion of a bottom surface of an interior of the opening, a second seed layer disposed to cover the first seed layers, and a metal layer disposed on the second seed layer.

Multilayer coil component

A multilayer coil component includes a multilayer body including a plurality of insulating layers and a coil therein; and first and second outer electrodes electrically connected to the coil. An axial direction of the coil is parallel to a mounting surface of the multilayer coil component. A laminating direction of the multilayer body is perpendicular to the mounting surface. When in a section of a coil conductor extending in the laminating direction, the section being taken along a plane parallel to the mounting surface, a dimension of the coil conductor in a direction parallel to an axis of the coil is a thickness of the coil, and a dimension of the coil conductor in a direction orthogonal to a direction of the thickness of the coil is a width of the coil, a value of the thickness of the coil/the width of the coil is from 1.5 to 4.0.

INTEGRATED MAGNETIC DEVICE

An integrated magnetic device includes a bobbin having a through hole. A center column magnetic core groove is arranged in the middle of the bobbin to divide the bobbin into a first bobbin and a second bobbin, the center column magnetic core groove is inserted with a center column magnetic core, the first bobbin and the second bobbin are both provided with a side magnetic core for forming a closed loop with the center column magnetic core, the side magnetic core includes a center column inserted in the through hole, a first winding groove for winding a magnetic device winding of a Boost circuit is provided between side walls of the first bobbin, and a second winding groove for winding a magnetic device winding of an LLC circuit is provided between side walls of the second bobbin. 1113911111295111251341112. An integrated magnetic device , comprising a bobbin () having a through hole () , wherein: a center column magnetic core groove () is arranged in the middle of the bobbin () to divide the bobbin () into a first bobbin () and a second bobbin () , the center column magnetic core groove () is inserted with a center column magnetic core () , the first bobbin () and the second bobbin () are both provided with a side magnetic core for forming a closed loop with the center column magnetic core () , the side magnetic core comprises a center column inserted in the through hole () , a first winding groove () for winding a magnetic device winding of a Boost circuit is provided between side walls of the first bobbin () , and a second winding groove for winding a magnetic device winding of an LLC circuit is provided between side walls of the second bobbin ().29105959. The integrated magnetic device according to claim 1 , wherein one side of the center column magnetic core groove () is provided with a baffle () for holding the center column magnetic core () claim 1 , and another side of the center column magnetic core groove () is an opening claim 1 , whereby the center column ...

MONOLITHIC 3D INDUCTOR

An inductor having a monolithic core that has a void or space underneath. In some embodiments, the core comprises multiple core pieces; in other embodiments, the core comprises a unitary core piece. The void allows for other electrical components to be mounted underneath the inductor, on the PCB or other substrate to which the inductor is to be mounted. The inductor may have one or more coils, and each coil may be a single turn or a multi-turn coil. The coils can be embedded within the core once the inductor is assembled. The inductor may have an air gap within the core. 2. The inductor according to claim 1 , wherein said at least one coil has at least one turn.3. The inductor according to claim 1 , wherein said at least one coil is a U-shaped conductor surrounding said inner portion of said core.4. The inductor according to claim 1 , wherein said at least one coil surrounds said inner portion of said core.5. The inductor according to claim 1 , wherein said at least one coil surrounds said inner portion of said core multiple times.6. The inductor according to claim 1 , wherein said inductor comprises a slot atop said core claim 1 , said slot operating as an air gap for said inductor.7. The inductor according to claim 6 , wherein said slot cuts across said top of said inductor from a side of said inductor to an opposite side of said inductor.8. The inductor according to claim 1 , wherein claim 1 , when said inductor is assembled claim 1 , said at least one coil is surrounded by said core.9. The inductor according to claim 1 , wherein said core comprises at least one slot on at least one side of said core claim 1 , said at least one slot operating as an air gap for said inductor.10. The inductor according to claim 9 , wherein said gap is variable in size.11. The inductor according to claim 10 , wherein said at least one slot is non-uniform in size.12. The inductor according to claim 1 , wherein said monolithic core comprises a single core piece.13. The inductor ...

ELECTRONIC COMPONENT

An electronic component includes an element body including two end surfaces opposite to each other and a bottom surface connected between the two end surfaces. A coil is provided in the element body and an external electrode is provided in the element body. In a first cross-section intersecting with the two end surfaces and the bottom surface of the element body, the external electrode has a first portion extending along a first surface that is one of the end surface and the bottom surface of the element body. The coil is disposed such that an outer circumferential edge of the coil faces the first surface of the element body. A shortest distance between the outer circumferential edge of the coil and the first surface of the element body is smaller than a minimum width of the first portion in a direction orthogonal to the first surface. 1. An electronic component comprising:an element body including two end surfaces opposite to each other and a bottom surface connected between the two end surfaces;a coil provided in the element body; andan external electrode provided in the element body and electrically connected to the coil,wherein in a first cross-section intersecting with the two end surfaces and the bottom surface of the element body, the external electrode has a first portion extending along a first surface that is one of the end surface and the bottom surface of the element body,wherein the first portion is embedded in the element body and exposed from the first surface,wherein the coil is disposed such that an outer circumferential edge of the coil faces the first surface of the element body, andthe element body is semitransparent.2. The electronic component according to claim 1 ,wherein in the first cross-section of the element body,the external electrode has a second portion extending along a second surface that is the other of the end surface and the bottom surface of the element body,wherein the second portion is embedded in the element body and exposed ...

MULTILAYER SUBSTRATE AND METHOD OF MANUFACTURING THE SAME

A multilayer substrate includes a stacked body of insulating base material layers and conductor patterns on the insulating base material layers. A thickness adjustment base material layer includes a frame portion, an opening portion inside the frame portion, and an island shaped portion inside the frame portion, and connection portions to connect the island shaped portion to the frame portion. The conductor patterns, in a stacking direction of the insulating base material layers, are wound around the island shaped portion. A line width of the connection portions is smaller than the width of the island shaped portion connected to the frame portion through the connection portions. An area overlapped with the conductor patterns is larger in the opening portion than in the frame portion and the island shaped portion. 1. A multilayer substrate comprising:a stacked body including a plurality of insulating base material layers;a conductor pattern provided on at least one of the plurality of insulating base material layers; anda dummy conductor; wherein a conductor containing base material layer on which the conductor pattern is provided; and', 'a thickness adjustment base material layer;, 'the plurality of insulating base material layers includes a base material portion; and', 'a base material omitted portion in which the base material portion is not provided;, 'the thickness adjustment base material layer includesthe dummy conductor is provided on the thickness adjustment base material layer and is electrically isolated from the conductor pattern; anda number of the conductor pattern present on a straight line parallel or substantially parallel to a stacking direction in which the plurality of insulating base material layers are stacked in at least a portion of a first area where the dummy conductor is present, when viewed in the stacking direction, is less than a number of the conductor pattern present on a straight line parallel or substantially parallel to the stacking ...

INTEGRATED VERTICAL INDUCTOR

An integrated vertical inductor includes a bobbin having an elongated, hollow tube, an upper flange disposed at an upper end of the elongated, hollow tube, and a base structure integrated with a lower end of the elongated, hollow tube. The elongated, hollow tube comprises a central opening extending along its longitudinal direction. The base structure comprises a lateral opening communicating with the central opening. A first magnetic core piece is installed in the central opening of the elongated, hollow tube. A second magnetic core piece is juxtaposed with the first magnetic core piece. A plurality of electrodes is disposed on a bottom surface of the base structure. 1. An integrated vertical inductor , comprising:a bobbin comprising an elongated, hollow tube, an upper flange disposed at an upper end of the elongated, hollow tube, and a base structure integrated with a lower end of the elongated, hollow tube, wherein the elongated, hollow tube comprises a first spool part and a second spool part disposed between the upper flange and the base structure, wherein the second spool part extends coaxially from the first spool part, wherein the elongated, hollow tube comprises a central opening extending along its longitudinal direction, and wherein the base structure comprises a lateral opening communicating with the central opening;a first coil unit comprising windings of first wire wound on the first spool part;a second coil unit comprising windings of second wire wound on the second spool part;an intermediate flange disposed on the elongated, hollow tube between the first spool part and the second spool part, wherein the first coil unit is separated from the second coil unit by the intermediate flange;a first magnetic core piece inserted in the central opening of the elongated, hollow tube;a second magnetic core piece juxtaposed with the first magnetic core piece, wherein the intermediate flange comprises an intermediate recessed structure for tenoning a connecting ...

MAGNETIC DEVICE

A magnetic device includes two substrates arranged in parallel with one substrate providing one or multiple protruding block and a plurality of conductors in each protruding block and the other substrate providing a plurality of conducting contacts respectively disposed in contact with the conductors, and one or multiple magnetic cores mounted between the two substrates and coupled to the one or multiple protruding blocks, each magnetic core having one or multiple positioning slots respectively configured for receiving one respective protruding block so that the conductors and the conducting contacts are electrically connected to create with the one or multiple magnetic cores multiple induction areas for providing a continuous winding type induction coil effect. 1. A magnetic device , comprising:a first substrate and a second substrate arranged in parallel, said first substrate is mechanically processed to comprise at least one protruding block located at a bottom side of said first substrate and a plurality of conductors mounted in each said protruding block, said second substrate is mechanically processed to comprise a plurality of conducting contacts respectively disposed in contact with said conductors of said first substrate; andat least one magnetic core mounted between said first substrate and said second substrate and coupled to said at least one protruding block, each said magnetic core comprising at least one positioning slot respectively configured for receiving one respective said protruding block so that said conductors and said conducting contacts are electrically connected to create with said at least one magnetic core a plurality of induction areas for providing a continuous winding type induction coil effect.2. The magnetic device as claimed in claim 1 , wherein said first substrate and said second substrate are respectively and selectively made in the form of a printed circuit board or flexible circuit board claim 1 , each having a circuit layout ...

COIL COMPONENT

A coil component includes a first outer magnetic body, a first outer insulator, a first inner magnetic body, an inner insulator, a second inner magnetic body, a second outer insulator, and a second outer magnetic body stacked sequentially, and a coil in the inner insulator and an internal magnetic body inside the coil. Volumes A, B, C, and D of the first and second outer insulators, the inner insulator, the coil, and the internal magnetic body, respectively, and volume E of the first outer magnetic body, the first inner magnetic body, the second inner magnetic body, and the second outer magnetic body satisfy 0.05≤A≤0.07, 0.2≤B≤0.4, 0.01≤C≤0.08, 0.03≤D≤0.05, and ≤0.4≤E≤0.71, where 0.05B≤C≤0.2B and A+B+C+D+E=1. 1. A coil component comprising:a first outer magnetic body, a first outer insulator, a first inner magnetic body, an inner insulator, a second inner magnetic body, a second outer insulator, and a second outer magnetic body which are stacked sequentially in a stacking direction; anda coil disposed in the inner insulator,whereinregarding a relationship between a volume A of the first outer insulator and the second outer insulator, a volume B of the inner insulator, a volume C of the coil, and a volume E of the first outer magnetic body, the first inner magnetic body, the second inner magnetic body, and the second outer magnetic body,0.06≤A≤0.08, 0.2≤B≤0.4, 0.01≤C≤0.08, and 0.44≤E≤0.73 are satisfied,where 0.05B≤C≤0.2B and A+B+C+E=1.2. The coil component according to claim 1 , wherein 0.065≤A≤0.075 claim 1 , 0.2≤B≤0.3 claim 1 , 0.02≤C≤0.035 claim 1 , and 0.59≤E≤0.715 are satisfied.3. The coil component according to claim 1 , whereinregarding a relationship between a volume A1 of the first outer insulator, a volume A2 of the second outer insulator, a volume C1 of the coil that is located nearer than a central plane of the inner insulator in the stacking direction to the first outer insulator, and a volume C2 of the coil that is located nearer than the central plane ...

INDUCTOR COMPONENT AND METHOD OF MANUFACTURING SAME

An inductor component having an element body includes two end surfaces opposite to each other and a bottom surface connected between the two end surfaces. A coil is provided in the element body and wound helically. Two external electrodes are provided in the element body and electrically connected to the coil. One of the external electrodes is formed over one of the end surfaces and the bottom surface while the other external electrode is formed over the other of the end surfaces and the bottom surface. The coil is formed such that an axial direction thereof is along the two end surfaces and the bottom surface. The coil includes a coil wiring wound along a plane orthogonal to the axial direction, and the aspect ratio of the coil wiring is 1.0 or more and less than 8.0. 1. An inductor component comprising:an element body including two end surfaces opposite to each other and a bottom surface connected between the two end surfaces;a coil provided in the element body and wound helically; andtwo external electrodes provided in/on the element body and electrically connected to the coil, whereinone of the external electrodes is formed over one of the end surfaces and the bottom surface while the other external electrode is formed over the other of the end surfaces and the bottom surface, whereinthe coil is formed such that an axial direction thereof is along the two end surfaces, whereinthe coil includes a coil wiring wound along a plane orthogonal to the axial direction, and whereinan aspect ratio of the coil wiring is 1.0 or more and less than 8.0.2. The inductor component according to claim 1 , wherein the aspect ratio of the coil wiring is 1.5 or more and less than 6.0.3. The inductor component according to claim 1 , wherein the coil wiring is made up of a plurality of coil conductor layers laminated in surface contact with each other.4. The inductor component according to claim 3 , wherein the multiple coil conductor layers constituting the coil wiring are equal to ...

Superposed structure 3d orthogonal through substrate inductor

A three-dimensional ( 3 D) orthogonal inductor pair is embedded in and supported by a substrate, and has a first inductor having a first coil that winds around a first winding axis and a second inductor having a second coil that winds around a second winding axis. The second winding axis is orthogonal to the first winding axis. The second winding axis intersects the first winding axis at an intersection point that is within the substrate.

Coil component

A coil component includes a body part in which a plurality of body sheets are stacked, an internal coil disposed in the body part and including a plurality of internal electrode patterns each disposed on a respective one of the plurality of body sheets, and an external electrode part electrically connected to both ends of the internal coil. A first internal area of a first internal electrode pattern disposed on one of the plurality of body sheets is smaller than a second internal area of a second internal electrode pattern disposed on another of the plurality of body sheets.

TRANSFORMER HOLDER AND ELECTRONIC DEVICE USING THE SAME

A transformer holder assembled with a transformer and placed into a through hole of a circuit board is provided, which includes a bottom wall and an annular side wall surrounding and connected to the periphery of the bottom wall. The bottom wall and the annular side wall together form an accommodating groove for containing the transformer. The transformer holder extends outward along left and right lateral edges of the annular side wall to respectively form a first flange and a second flange, and the first flange and the second flange cover a gap between an inner edge of the through hole of the circuit board and the annular side wall of the transformer holder. 1. A transformer holder to be assembled with a transformer and placed into a through hole of a circuit board and characterized by comprising: a bottom wall and an annular side wall surrounding and connected to the periphery of the bottom wall , and the bottom wall and the annular side wall together forming an accommodating groove for containing the transformer , wherein the transformer holder extends outward along left and right lateral edges of the annular side wall to respectively form a first flange and a second flange , and the first flange and the second flange cover a gap between an inner edge of the through hole of the circuit board and the annular side wall.2. The transformer holder according to claim 1 , wherein the transformer includes a bobbin claim 1 , a coil and a magnetic core group claim 1 , the coil is wound on the bobbin claim 1 , and the bobbin is disposed between the magnetic core group.3. The transformer holder according to claim 1 , wherein the transformer holder extends outward along front and rear lateral edges of the annular side wall to respectively form a first coil seat and a second coil seat claim 1 , and two ends of the first flange are respectively connected to the first coil seat and the second coil seat claim 1 , and two ends of the second flange are respectively connected to ...

Electronic component

An electronic component with a plurality of coil conductor layers laminated such that a coil conductor having a coil pattern on a surface of an insulation layer is formed on each of the plurality of coil conductor layers. The electronic component includes a laminated body in which a bottom face side extended electrode layer, a primary coil conductor layer including a primary coil conductor, a secondary coil conductor layer including a secondary coil conductor, a tertiary coil conductor layer including a tertiary coil conductor, a parallel primary coil conductor layer including a parallel primary coil conductor, and a top face side extended electrode layer are laminated in this order. The electronic component further includes first through sixth external electrodes on a surface of the laminated body, which are connected to the primary, secondary, tertiary and parallel primary coil conductors.

WINDING PART

A highly reliable winding part is provided which is capable of providing insulation with reliability. A core is attached to a bobbin along a first direction. First terminals and second terminals are disposed along the first direction. A first terminal group and a second terminal group are disposed with the core interposed between the groups. A first insulation portion or a recess along a second direction that is not parallel to the first direction is provided between the first terminals and the second terminals, and a second insulation portion or a core groove along the first direction is provided between the first terminal group and the second terminal group. 1. A winding part comprising:a bobbin;a core attached to the bobbin;first terminals secured to the bobbin and connected to a first winding; andsecond terminals secured to the bobbin and connected to a second winding that is required to be insulated from the first winding, whereinthe core is attached to the bobbin along a first direction,the first terminals and the second terminals are disposed along the first direction,at least part of the first terminals and the second terminals constitutes a first terminal group disposed on one side of the core in plan view and a second terminal group disposed on the other side of the core in plan view,a first insulation portion along a second direction that is not parallel to the first direction is provided between the first terminals and the second terminals of the bobbin, anda second insulation portion along the first direction is provided between the first terminal group and the second terminal group.2. The winding part according to claim 1 , whereinthe second insulation portion includes a core groove for use in disposing the core.3. The winding part according to claim 1 , whereinthe first insulation portion is constructed by forming part of the bobbin in either of a concave shape and a convex shape.4. The winding part according to claim 2 , whereinthe first insulation ...

Inductor component

An inductor component comprising an element body; and a coil disposed in the element body and wound along an axial direction. The element body includes a void which exists at least in a region within 10 μm from the coil.

MULTILAYER COIL COMPONENT

A multilayer coil component includes an insulator portion, a coil in the insulator portion and including coil conductor layers electrically connected together, and an outer electrode on a surface of the insulator portion and electrically connected to the coil. The multilayer coil component has a void at a boundary between one main surface of each coil conductor layer and the insulator portion. At least one of the coil conductor layers includes extended and winding portions, and is connected to the electrode via the extended portion. Viewing the multilayer coil component in plan view in a stacking direction, an end of the void at the extended portion facing the electrode to which the extended portion is connected is closer to the electrode than is an end, facing the electrode, of the void at the coil conductor layer to which the extended portion is adjacent in the stacking direction. 1. A multilayer coil component comprising:an insulator portion;a coil embedded in the insulator portion and including a plurality of coil conductor layers electrically connected together such that a void exists at a boundary between one main surface of the coil conductor layer and the insulator portion; andan outer electrode disposed on a surface of the insulator portion and electrically connected to the coil,whereinat least one of the coil conductor layers includes an extended portion and a winding portion, and is connected to the outer electrode via the extended portion, andwhen the multilayer coil component is viewed in plan view in a stacking direction, an end, at the outer electrode side, of the void at the extended portion which is connected to the outer electrode is located closer to the outer electrode than an end, at the outer electrode side, of the void at the coil conductor layer which is adjacent to the extended portion in the stacking direction.2. The multilayer coil component according to claim 1 , whereina distance between the end of the void at the extended portion and ...

Chip electronic component

There is provided a chip electronic component comprising: a magnetic body including an insulating substrate; an internal coil part formed on at least one surface of the insulating substrate; and an external electrode formed on at least one end surface of the magnetic body and connected to the internal coil part, wherein the internal coil part includes an outermost coil pattern portion, an innermost coil pattern portion and a central coil pattern portion, widths of the outermost and innermost coil pattern portions being greater than a width of the central coil pattern portion.

COIL COMPONENT AND METHOD OF MANUFACTURING THE SAME

A coil component includes: a body including a magnetic material and a coil of which both ends are externally exposed; intermetallic compounds disposed on the exposed both ends of the coil; and external electrodes disposed on the body to cover the intermetallic compounds. The external electrodes include: conductive resin layers disposed on outer surfaces of the body to contact the exposed both ends of the coil and including base resins, a plurality of metal particles disposed in the base resins, and conductive connecting parts surrounding the plurality of metal particles and contacting the intermetallic compounds. The coil component further includes electrode layers disposed on the conductive resin layers and contacting the conductive connecting parts. 1. A coil component comprising:a body including a coil, of which both ends are externally exposed;intermetallic compounds disposed on the exposed both ends of the coil; andexternal electrodes disposed on the body to cover the intermetallic compounds, conductive resin layers disposed on outer surfaces of the body, to be bonded to the exposed both ends of the coil, and including base resins, a plurality of metal particles disposed in the base resins, and conductive connecting parts surrounding the plurality of metal particles and contacting the intermetallic compounds; and', 'electrode layers disposed on the conductive resin layers and contacting the conductive connecting parts,, 'wherein the external electrodes includewherein the intermetallic compounds are only disposed on the exposed both ends of the coil, andthe conductive resin layers are directly in contact with the outer surfaces of the body and the exposed both ends of the coil.2. The coil component of claim 1 , wherein one of the conductive connecting parts contacting one of the intermetallic compounds continuously extends to contact one of the electrode layer.3. The coil component of claim 1 , wherein the conductive connecting parts and the intermetallic ...

Laminated inductor

A laminated inductor includes a ceramic body, a coil part including a plurality of first internal electrodes including connection portions at both end portions thereof and disposed in the ceramic body in a spiral shape, a second internal electrode including a lead electrode portion exposed to the outside of the ceramic body, having an internal area smaller than that of the first internal electrode, and disposed on or below the coil part in a spiral shape, and a connection electrode portion extended from the second internal electrode in a direction opposite to the lead electrode portion.

Common mode choke coil

A first coil of a common mode choke coil includes first and second loop-shaped conductors in different layers, and an interlayer connection conductor that connects the first and second loop-shaped conductors. The inner and outer diameters of the second loop-shaped conductor are less than or equal to the inner and outer diameters of the first loop-shaped conductor. A second coil includes third and fourth loop-shaped conductors in different layers, and an interlayer connection conductor that connects the third and fourth loop-shaped conductors. The third loop-shaped conductor is outside the first loop-shaped conductor in the same layer as the first loop-shaped conductor, and the fourth loop-shaped conductor is inside the second loop-shaped conductor in the same layer as the second loop-shaped conductor.

INDUCTOR AND METHOD OF MAKING AN INDUCTOR

An inductor and a method of making an inductor. The inductor includes a stack of dielectric layers. The inductor also includes a plurality of metal levels comprising patterned metallic features of the inductor. Each metal level is located at an interface between adjacent dielectric layers in the stack. The patterned metallic features include a first plurality of inductor windings arranged in a substantially flat spiral in one of the metal levels. The patterned metallic features also include a second plurality of inductor windings in which each winding is located in a respective one of the plurality of metal levels. The first plurality of windings is connected in series with the second plurality of windings. 2. The inductor of claim 1 , wherein one of the windings of the second plurality of inductor windings is located in the same metal level as the first plurality of inductor windings.3. The inductor of claim 2 , wherein the winding of the second plurality of inductor windings that is located in the same metal level as the first plurality of inductor windings is an uppermost or a lowermost winding of the second plurality of inductor windings.4. The inductor of claim 1 , wherein a first port of the inductor comprises an end of the first plurality of inductor windings claim 1 , and wherein a second port of the inductor comprises an end of the second plurality of inductor windings.5. The inductor of claim 4 , wherein the first port comprises a further patterned metallic feature located in a different metal level than the metal level in which the first plurality of inductor windings are arranged claim 4 , and wherein the further patterned metallic feature of the first port is located in a metal level in which one of the windings of the second plurality of inductor windings is located.6. The inductor of further comprising a ground layer extending beneath a lowermost dielectric layer of the stack.7. The inductor of claim 6 , wherein the ground layer comprises a metallic ...

POWER INDUCTOR

Provided is a power inductor. The power inductor includes a body including magnetic powder and a polymer, at least one base provided in the body and having at least one surface on which at least one coil pattern is disposed, and an insulation layer disposed between the coil pattern and the body. The body includes at least region in which the magnetic powder having a particle size different from that of the magnetic power in a remaining region is distributed. 1. A power inductor comprising:a body comprising magnetic powder and a polymer;at least one base provided in the body and having at least one surface on which at least one coil pattern is disposed; andan insulation layer disposed between the coil pattern and the body,wherein the body comprises at least region in which the magnetic powder having a particle size different from that of the magnetic power in a remaining region is distributed.2. The power inductor of claim 1 , wherein the magnetic powder in the body comprises at least three magnetic power having different mean values of the particle sizes or different middle values (D50) of grain-size distribution.3. The power inductor of claim 2 , wherein the magnetic powder comprises first magnetic powder claim 2 , second magnetic powder having a size less than or equal to that of the first magnetic powder claim 2 , and third magnetic powder having a size less than or equal to that of the second magnetic powder.4. The power inductor of claim 3 , wherein the body comprises a first thickness region which comes into contact with the insulation layer and comprises the third magnetic powder.5. The power inductor of claim 3 , wherein the body comprises a second thickness region which is defined inward from at least one of top and bottom surfaces of the base in a vertical direction and comprises the third magnetic powder.6. The power inductor of claim 5 , wherein the body has a remaining region comprising the first to third magnetic powder.7. The power inductor of claim 3 ...

INDUCTOR STRUCTURES

An inductor structure is provided. The inductor structure includes a substrate, a first dielectric layer formed on the substrate, a first metal layer formed in the first dielectric layer, a second dielectric layer formed on the first dielectric layer, a second metal layer formed in the second dielectric layer, at least one intermediate dielectric layer formed between the first and second dielectric layers, at least one intermediate metal layer formed in the intermediate dielectric layer, and a plurality of vias connected to the first metal layer and the intermediate metal layer. The vias are connected to the second metal layer and the intermediate metal layer. The first metal layer, the vias, the intermediate metal layer, and the second metal layer form an extension path which extends in a spiral mode. 1. An inductor structure , comprising:a substrate;a first dielectric layer formed on the substrate;a first metal layer formed in the first dielectric layer;a second dielectric layer formed on the first dielectric layer;a second metal layer formed in the second dielectric layer, wherein the first metal layer and the second metal layer are continuous metal layers;at least one intermediate dielectric layer formed between the first dielectric layer and the second dielectric layer;at least one intermediate metal layer formed in the at least one intermediate dielectric layer, wherein the at least one intermediate metal layer is a patterned metal layer; anda plurality of vias connected to the first metal layer and the at least one intermediate metal layer and connected to the second metal layer and the at least one intermediate metal layer, wherein the first metal layer, the vias, the at least one intermediate metal layer, and the second metal layer form an extension path which extends in a counterclockwise spiral mode, and the extension path has a starting point on the first metal layer.2. The inductor structure as claimed in claim 1 , wherein the first metal layer claim 1 ...

Multilayer coil component

A multilayer coil component includes an element body, a coil disposed in the element body, and an external electrode disposed in the element body and electrically connected to the coil. The element body includes a principal surface that is a mounting surface, and an end surface positioned adjacent to the principal surface and extending in a direction crossing to the principal surface. The external electrode includes an underlying metal layer and a conductive resin layer. The underlying metal layer is formed on the principal surface and the end surface. The conductive resin layer is formed to cover the underlying metal layer. A thickness of the conductive resin layer at an end positioned above the principal surface of the underlying metal layer is equal to or greater than 50% of a maximum thickness of a portion positioned above the principal surface of the conductive resin layer.

Method for manufacturing coil component having resin walls

In a coil component and a method for manufacturing the same, a winding part of a coil is grown by plating so as to extend between resin walls of a resin body provided before the coil is grown by plating. The resin wall is interposed between adjacent turns of the winding part of the coil during the plating growth, and therefore contact between adjacent turns of the winding part of the coil cannot occur.

SEMICONDUCTOR SUBSTRATE HAVING MAGNETIC CORE INDUCTOR AND METHOD OF MAKING SAME

A method of forming a magnetic core on a substrate having a stacked inductor coil includes etching a plurality of polymer layers to form at least one feature through the plurality of polymer layers, wherein the at least one feature is disposed within a central region of a stacked inductor coil formed on the substrate; and depositing a magnetic material within the at least one feature. 1. A method of forming a magnetic core on a substrate having a stacked inductor coil , comprising:etching a plurality of polymer layers to form at least one feature through the plurality of polymer layers, wherein the at least one feature is disposed within a central region of a stacked inductor coil formed on the substrate; anddepositing a magnetic material within the at least one feature.2. The method of claim 1 , wherein etching the plurality of polymer layers comprises:forming a first patterned masking layer atop an uppermost polymer layer of a plurality of polymer layers;etching an exposed portion of the uppermost polymer layer through the first patterned masking layer to form at least one feature through the plurality of polymer layers; andremoving the first patterned masking layer.3. The method of claim 2 , wherein the exposed portion of the uppermost polymer layer is etched with a plasma-based dry etching process.4. The method of claim 1 , wherein depositing the magnetic material comprises:forming a second patterned masking layer atop an uppermost polymer layer;depositing the magnetic material within the at least one feature through the second patterned masking layer; andremoving the second patterned masking layer.5. The method of claim 4 , further comprising:depositing a seed layer atop the uppermost polymer layer and in the at least one feature prior to forming the second patterned masking layer, wherein the second patterned masking layer is formed atop the seed layer; andetching the seed layer after removing the second patterned masking layer.6. The method of claim 5 , ...

Thin inductor

A surface-mount thin inductor includes a rectangular or substantially rectangular thin sheet body, loop conductor patterns each with a winding axis in a direction in which base layers in the body are stacked, and four surface electrodes that are on a first main surface of the body. A center of each of the four surface electrodes is located in a region in which the loop conductor patterns are located when viewed in a stacking direction. The four surface electrodes are disposed separately at four corners of the first main surface of the body.

Method for manufacturing laminated coil component

A method for manufacturing a laminated coil component including an element and a conductor configuring a coil in the element includes a step of forming a conductor pattern including a configuration material of the conductor on a first base material by a photolithography method, a step of forming an element pattern including a configuration material of the element on a second base material by a photolithography method, the element pattern being formed such that a shape corresponding to a shape of the conductor pattern has been removed, a step of laminating the conductor pattern and the element pattern in a predetermined direction by repeatedly transferring the conductor pattern and the element pattern onto a support, and a step of performing thermal treatment for a laminate obtained by the step of laminating.

Compact Vertical Inductors Extending in Vertical Planes

A device includes a substrate, and a vertical inductor over the substrate. The vertical inductor includes a plurality of parts formed of metal, wherein each of the parts extends in one of a plurality of planes perpendicular to a major surface of the substrate. Metal lines interconnect neighboring ones of the plurality of parts of the vertical inductor. 1. A inductor comprising: a first spiral pattern about a first axis, the first axis being parallel to a major surface of a substrate; and', 'a first port extending along a line parallel to the first axis;, 'a first inductor, the first inductor comprising a second spiral pattern about a second axis, the second axis being parallel to the major surface of the substrate; and', 'a second port extending along a line parallel to the second axis; and, 'a second inductor, the second inductor comprisinga conductive tab electrically coupling the first inductor to the second inductor.2. The inductor of claim 1 , wherein the first spiral pattern comprises:a first spiral feature in a first plane over a substrate;a second spiral feature in a second plane over the substrate; anda third spiral feature in a third plane over the substrate, each of the first plane, the second plane, and the third plane being perpendicular to a major surface of the substrate, wherein each of the first spiral feature and the second spiral feature comprises a first metal line and a second metal line discontinuous from the first metal line, the first metal line extending continuously between adjacent spiral features of the first spiral feature, the second spiral feature, and the third spiral feature, the first metal line forming a part of each of adjacent spiral features, wherein a gap in the first plane between the first metal line and the second metal line is in a different location than a gap in the second plane between the first metal line and the second metal line such that a length of the first metal line in the first plane is different than a length ...

COIL PART AND METHOD OF MANUFACTURING COIL PART

A coil part includes: a bobbin including a flange part constituting a winding frame part around which a lead wire is to be wound; a core attached to the bobbin; and a core pressing part which is provided integrally with the flange part, includes a pressing plate part facing the flange part to form a first gap, and presses the core between the flange part and the pressing plate part by inserting at least a part of the core into the first gap. 1. A coil part , comprising:a bobbin comprising a flange part constituting a winding frame part around which a lead wire is to be wound;a core attached to the bobbin; anda core pressing part which is provided integrally with the flange part, comprises a pressing plate part facing the flange part to form a first gap, and presses the core between the flange part and the pressing plate part by inserting at least a part of the core into the first gap.2. The coil part according to claim 1 , wherein:a pair of the core pressing parts are provided;a second gap into which at least a part of the core is insertable and which communicates with the first gap, is provided between the pair of core pressing parts;an angle in a rotation direction is different between a longitudinal direction of the core inserted in the first gap and the longitudinal direction of the core when the core is inserted in the second gap; andthe pair of core pressing parts press the core at different positions in the longitudinal direction of the core.3. The coil part according to claim 2 , wherein:the core pressing part comprises a supporting post part which projects toward a direction away from a surface of the flange part and supports the pressing plate part;the supporting post part is provided with a holding wall and an insertion guide wall;the holding wall restricts a position in a rotation direction of the core inserted in the first gap; andthe insertion guide wall restricts an insertion range of the core into the second gap.4. The coil part according to claim 1 ...

METHOD OF MANUFACTURING LAMINATED COIL COMPONENT

A method of manufacturing a laminated coil component is a method of manufacturing a laminated coil component provided with a laminate obtained by laminating a coil conductor forming a spiral coil and an insulator layer. The method of manufacturing a laminated coil component includes a step of providing a conductor pattern configured to become a coil conductor on a green sheet configured to become an insulator layer, and a step of laminating a plurality of green sheets provided with the conductor pattern. The conductor pattern includes a pair of first side surfaces opposed to each other in an orthogonal direction orthogonal to a laminating direction of the green sheet. At the step of laminating a plurality of green sheets, a depression is formed on at least one of the pair of first side surfaces. 1. A method of manufacturing a laminated coil component provided with a laminate obtained by laminating a coil conductor forming a spiral coil and an insulator layer , the method comprising steps of:providing a conductor pattern having a trapezoidal cross-section and configured to become the coil conductor on a green sheet configured to become the insulator layer; andlaminating a plurality of green sheets provided with the conductor pattern.2. The method of manufacturing a laminated coil component according to claim 1 ,wherein the conductor pattern includes a second side surface brought into contact with the green sheet at the step of providing the conductor pattern and a third side surface opposing to the second side surface, andafter the step of laminating the plurality of green sheets, the second side surface is flatter than the third side surface. This application is a divisional application of U.S. application Ser. No. 15/725,129, filed Oct. 4, 2017, the contents of which are incorporated herein by reference.One aspect of the present invention relates to a method of manufacturing a laminated coil component.Known laminated coil components are provided with laminates ...

Inductor

An inductor includes a coil that is provided in a component body. A first end of the coil is connected to a first outer electrode, and a second end of the coil is connected to a second outer electrode. The coil includes a plurality of coil conductor layers that are provided in a width direction. Each coil conductor layer is substantially spirally formed with the number of turns being greater than or equal to about one turn. The height of the component body is greater than the width of the component body.

BOBBIN STRUCTURE

A bobbin structure includes a hollow cylindrical body, a first blocking member extending outward from one end of the cylindrical body, a second blocking member extending outward from another end of the cylindrical body that is opposite to the one end, and a ring sleeved onto the cylindrical body between the first and second blocking members and movable relative to the cylindrical body for repositioning. 1. A bobbin structure , comprising:a hollow cylindrical body configured for a magnetic core to be disposed thereon and for a coil to wind thereon;a first blocking member extending outward from one end of said cylindrical body,a second blocking member extending outward from another end of said cylindrical body that is opposite to said one end; anda ring sleeved onto said cylindrical body between said first and second blocking members and movable relative to said cylindrical body for repositioning.2. The bobbin structure as claimed in claim 1 , wherein said ring is detachably sleeved on said cylindrical body.3. The bobbin structure as claimed in claim 2 , wherein said ring is C-shaped and is formed with a gap for said ring to detachably sleeve onto said cylindrical body.4. The bobbin structure as claimed in claim 3 , wherein said ring has two opposite end surfaces defining said gap claim 3 , and each of said end surfaces is parallel to an axis of said cylindrical body or is oblique to a line that is parallel to the axis of said cylindrical body.5. The bobbin structure as claimed in claim 2 , wherein said ring is formed with a slit for said ring to detachably sleeve onto said cylindrical body.6. The bobbin structure as claimed in claim 1 , wherein said cylindrical body includes first and second body portions detachably assembled to each other claim 1 , said first blocking portion being disposed on said first body portion claim 1 , said second blocking portion being disposed on said second body portion claim 1 , said ring being sleeved onto one of said first and second ...

INDUCTOR

An inductor includes a body structure, a first external electrode and a second external electrode disposed externally on the body structure and spaced apart from each other, and a conductive structure disposed inside the body structure and including a first end portion in contact with the first external electrode and a second end portion in contact with the second external electrode, wherein each of the first and second external electrodes includes an electroless plated layer and an electrolytic plated layer formed of a material different from that of the electroless plated layer and covering the electroless plated layer. 1. An inductor comprising:a body structure;a first external electrode and a second external electrode disposed externally on the body structure and spaced apart from each other; anda conductive structure disposed inside the body structure and including a first end portion in contact with the first external electrode and a second end portion in contact with the second external electrode,wherein each of the first and second external electrodes includes an electroless plated layer and an electrolytic plated layer, the electrolytic plated layer being formed of a material different from a material of the electroless plated layer and covering the electroless plated layer.2. The inductor of claim 1 , wherein the electrolytic plated layer includes an inner electrolytic plated layer covering the electroless plated layer and an outer electrolytic plated layer covering the inner electrolytic plated layer.3. The inductor of claim 2 , wherein the inner electrolytic plated layer has rigidity higher than rigidity of the electroless plated layer.4. The inductor of claim 2 , wherein the electroless plated layer has a first thickness claim 2 ,wherein the inner electrolytic plated layer has a second thickness,wherein the outer electrolytic plated layer has a third thickness, andwherein the second thickness is greater than the first thickness.5. The inductor of claim ...

INDUCTOR

An inductor includes a body including insulating layers stacked therein, in which coil patterns are respectively disposed on the insulating layers, and first and second external electrodes disposed on an external surface of the body, wherein the coil patterns are connected to each other by a plurality of coil connecting portions, and opposing ends thereof are connected to the first and second external electrodes through coil lead portions, respectively, to form a coil, the coil patterns include outer coil patterns disposed in an outer portion of the body and inner coil patterns disposed in an inner portion, a first coil connecting portion connects the outer coil patterns and a second coil connecting portion connects one coil pattern of the outer coil patterns and another coil pattern of the inner coil patterns, and the first and second coil connecting portions are disposed in a staggered manner. 1. An inductor comprising:a body including a plurality of insulating layers stacked therein, wherein a plurality of coil patterns are respectively disposed on the plurality of insulating layers; andfirst and second external electrodes disposed on an external surface of the body,wherein:the plurality of coil patterns are connected to each other by a plurality of coil connecting portions, and opposing ends of the plurality of coil patterns are connected to the first and second external electrodes through coil lead portions, respectively, to form a coil,the plurality of coil patterns include outer coil patterns disposed in an outer portion of the body and inner coil patterns disposed in an inner portion of the body, the outer and inner coil patterns each being connected in parallel,a first coil connecting portion of the plurality of coil connecting portions connects the outer coil patterns, and a second coil connecting portion of the plurality of coil connecting portions connects one coil pattern of the outer coil patterns and another coil pattern of the inner coil patterns ...

2D and 3D Inductors Antenna and Transformers Fabricating Photoactive Substrates

A method of fabrication and device made by preparing a photosensitive glass substrate comprising at least silica, lithium oxide, aluminum oxide, and cerium oxide, masking a design layout comprising one or more holes to form one or more electrical conduction paths on the photosensitive glass substrate, exposing at least one portion of the photosensitive glass substrate to an activating energy source, exposing the photosensitive glass substrate to a heating phase of at least ten minutes above its glass transition temperature, cooling the photosensitive glass substrate to transform at least part of the exposed glass to a crystalline material to form a glass-crystalline substrate and etching the glass-crystalline substrate with an etchant solution to form one or more angled channels that are then coated. 1. A method to fabricate an inductive device created in or on photo-definable glass comprising the steps of:preparing a photosensitive glass substrate comprising at least silica, lithium oxide, aluminum oxide, and cerium oxide;masking a design layout comprising one or more structures to form one or more electrical conduction paths on the photosensitive glass substrate;exposing at least one portion of the photosensitive glass substrate to an activating energy source;exposing the photosensitive glass substrate to a heating phase of at least ten minutes above its glass transition temperature;cooling the photosensitive glass substrate to transform at least part of the exposed glass to a crystalline material to form a glass-crystalline substrate;etching the glass-crystalline substrate with an etchant solution to form the one or more angled channels in the device;wherein the glass-crystalline substrate adjacent to the trenches may also be converted to a ceramic phase;coating the one or more angled channels with one or more metals;coating all or part of the inductor structure with a dielectric media;removing all or part of the dielectric media to provide electrical contact or ...

Coil component

A coil component includes a support member, an internal coil supported by the support member, and external electrodes connected to the internal coil. The external electrodes may each include a first layer coming into contact with the internal coil and a second layer disposed on a surface of the first layer. The first layer may serve as a buffer layer for improving a contact property between the internal coil and the external electrode. The second layer may be disposed to come into at least partial contact with a first end portion of the support member and a second end portion of the support member.

Compact Vertical Inductors Extending in Vertical Planes

A device includes a substrate, and a vertical inductor over the substrate. The vertical inductor includes a plurality of parts formed of metal, wherein each of the parts extends in one of a plurality of planes perpendicular to a major surface of the substrate. Metal lines interconnect neighboring ones of the plurality of parts of the vertical inductor. 1. An inductor comprising: a first spiral pattern about a first axis, the first axis being parallel to a major surface of a substrate; and', 'a first port extending along a line parallel to the first axis;, 'a first inductor, the first inductor comprising a second spiral pattern about a second axis, the second axis being parallel to the major surface of the substrate, the first axis not intersecting the second inductor; and', 'a second port extending along a line parallel to the second axis; and, 'a second inductor, the second inductor comprisinga conductive tab electrically coupling the first inductor to the second inductor.2. The inductor of claim 1 , wherein the first spiral pattern comprises:a first spiral feature in a first plane over a substrate;a second spiral feature in a second plane over the substrate; anda third spiral feature in a third plane over the substrate, each of the first plane, the second plane, and the third plane being perpendicular to a major surface of the substrate, wherein each of the first spiral feature and the second spiral feature comprises a first metal line and a second metal line discontinuous from the first metal line, the first metal line extending continuously between adjacent spiral features of the first spiral feature, the second spiral feature, and the third spiral feature, the first metal line forming a part of each of adjacent spiral features, wherein a gap in the first plane between the first metal line and the second metal line is in a different location than a gap in the second plane between the first metal line and the second metal line such that a length of the first ...

INDUCTOR COMPONENT

An inductor component includes a substantially rectangular parallelepiped device body including a first lateral surface and includes a coil conductor layer formed into a spiral wound more than one turn on a main surface parallel to the first lateral surface inside the device body. In the coil conductor layer, a wiring spacing between two wiring portions adjacent to each other (straight portions) in a first direction from an inner side portion to an outer side portion of the coil conductor layer differs from a wiring spacing of two wiring portions adjacent to each other (curved portions) in a second direction from the inner side portion to the outer side portion of the coil conductor layer, the second direction differing from the first direction. 1. An inductor component comprising:a rectangular parallelepiped device body including a first lateral surface; anda coil conductor layer formed into a spiral wound more than one turn on a main surface parallel to the first lateral surface inside the device body, wherein,in the coil conductor layer, a wiring spacing between two wiring portions adjacent to each other in a first direction from an inner side portion of the coil conductor layer to an outer side portion of the coil conductor layer differs from a wiring spacing of two wiring portions adjacent to each other in a second direction from the inner side portion of the coil conductor layer to the outer side portion of the coil conductor layer, the second direction differing from the first direction.2. The inductor component according to claim 1 , whereinthe coil conductor layer includes, when viewed in a direction orthogonal to the first lateral surface, a wiring portion following an annular first track and a wiring portion following an annular second track positioned more inward than the first track, andthe first track has a shape including two or more first straight portions and a first corner portion connecting the first straight portions.3. The inductor component ...

COIL COMPONENT AND COIL INSULATING MEMBER

A coil component and an insulating bobbin are provided with a first insulating bobbin having a first flange portion, a first rib, and a pair of locking claw portions and a second insulating bobbin having a second flange portion, a second rib, and a pair of locking opening portions. The pair of locking claw portions and the pair of locking opening portions are locked in a state where both end portions of a coil winding portion in a coil axis direction are covered with the first and second flange portions and and the first and second ribs and are respectively fitted into first and second slits and of the coil winding portion. As a result, adequate insulation performance can be ensured and workability can be improved when a coil insulating member is assembled to the coil winding portion. 1. A coil component comprising:a coil winding portion formed by a single conductor being wound more than once around a coil axis, a first slit being formed in one end portion of the coil winding portion in a coil axis direction along the coil axis and a second slit being formed in the other end portion of the coil winding portion in the coil axis direction by the conductor being wound;a first insulating member including an annular first covering member covering the one end portion of the coil winding portion, a first tube portion extending from an inner edge of the first covering member to the coil winding portion side along the coil axis direction and inserted inside the coil winding portion, a first protruding portion provided on the coil winding portion side of the first covering member and fitted into the first slit, and a first locking portion provided in the first tube portion; anda second insulating member including an annular second covering member covering the other end portion of the coil winding portion, a second tube portion extending from an inner edge of the second covering member to the coil winding portion side along the coil axis direction and inserted inside the coil ...

COMMON MODE CHOKE COIL

A common mode choke coil includes an element body of laminated insulating layers; electrically insulated first and second coils in the element body; first and second outer electrodes on the element body electrically connected to ends of the first coil; and third and fourth outer electrodes on the element body electrically connected to ends of the second coil. The first coil includes first to third coil conductors on first to third insulating layers. The second coil includes fourth to sixth coil conductor on fourth to sixth insulating layers. The second and third coil conductors are electrically connected via a via conductor overlapping at outer ends of the conductors. A dummy conductor overlapping the via conductor is provided on at least one of the first, fourth, fifth, and sixth insulating layers other than between the second and third insulating layers and electrically insulated from all the coil conductors. 1. A common mode choke coil comprising:an element body including a plurality of electrically insulating layers laminated in a height direction;a first coil, provided in the element body, and including a first coil conductor provided on a surface of a first electrically insulating layer, a second coil conductor provided on a surface of a second electrically insulating layer, and a third coil conductor provided on a surface of a third electrically insulating layer, such that the first coil conductor, the second coil conductor, and the third coil conductor are laminated in the height direction together with the first electrically insulating layer, the second electrically insulating layer, and the third electrically insulating layer and electrically connected, and the second coil conductor and the third coil conductor are electrically connected via a first outer via conductor provided at a position that overlaps partially or totally a radially outer end of the second coil conductor and a radially outer end of the third coil conductor when viewed in the height ...

COIL DEVICE AND METHOD FOR MANUFACTURING THE SAME

A coil device includes a bobbin, a first winding part, and a second winding part. A partition portion is formed on an outer peripheral surface of the bobbin. The first winding part is wound around the outer peripheral surface at one side of the partition portion. The second winding part is wound around the outer peripheral surface at the other side of the partition portion and has an inner winding layer and an outer winding layer located farther to the outer peripheral surface at the other side than the inner winding layer. 1. A coil device , comprising:a bobbin whose outer peripheral surface includes a partition portion;a first winding part wound around the outer peripheral surface at one side of the partition portion; anda second winding part wound around the outer peripheral surface at the other side of the partition portion and having an inner winding layer and an outer winding layer located farther to the outer peripheral surface at the other side than the inner winding layer,wherein the second winding part includes a first wire part and a second wire part that are wound to be adjacent to each other in a winding axis direction,one of the first wire part and the second wire part is arranged nearer to the first winding part than the other wire part in the inner winding layer, andthe other wire part of the first wire part and the second wire part is arranged nearer to the first winding part than the one wire part in the outer winding layer.2. The coil device as set forth in claim 1 , whereinthe first wire part of the outer winding layer is arranged nearer to the second wire part of the inner winding layer than the second wire part of the outer winding layer.3. The coil device as set forth in further comprising a core arranged inside the bobbin.4. The coil device as set forth in further comprising a core arranged inside the bobbin.5. A method for manufacturing a coil device claim 2 , comprising the steps of:preparing a bobbin whose outer peripheral surface includes ...

TRANSFORMER AND POWER CONVERTER EQUIPPED WITH THE SAME

A transformer includes a core configured to form a magnetic circuit and including a gap in at least a part of the core; a bobbin mounted on the core; a first winding wire that is wound on the bobbin in two or more separate layers including a layer closest to the gap and a layer farther away from the gap than the layer; and a second winding wire insulated from the first winding wire, and including a layer of the second winding wire wound between the layer and the layer of the first winding wire. The layer and the layer of the first winding wire are connected in series. 1. A transformer comprising:a core configured to form a magnetic circuit and including an air gap in at least a part of the core;a bobbin mounted on the core;a first winding wire that is wound on the bobbin in two or more separate layers including a first layer of the first winding wire closest to the air gap and a second layer of the first winding wire farther away from the gap than the first layer; anda second winding wire insulated from the first winding wire, and including a first layer of the second winding wire wound between the first layer of the first winding wire and the second layer of the first winding wire,wherein the first layer of the first winding wire and the second layer of the first winding wire are connected in series,wherein the second winding wire is also wound in two or more separate layers,wherein the layers of the first winding wire and the layers of the second winding wire are alternately laminated on the bobbin,wherein, in the first winding wire, a specific layer of the first winding wire and one or more layers closer to the air gap than the specific layer are connected in series, and the specific layer of the first winding wire and one or more layers farther away from the air gap than the specific layer are connected in parallel, andwherein, also in the second winding wire, a specific layer of the second winding wire and one or more layers closer to the air gap than the ...

MULTILAYER COIL COMPONENT

A multilayer coil component includes a multilayer body formed by stacking a plurality of insulating layers and including a coil built therein, and first and second outer electrodes electrically connected to the coil. The coil is formed by electrically connecting a plurality of coil conductors stacked together with the insulating layers. The multilayer coil component further includes, inside the multilayer body, first and second connecting conductors. The first connecting conductor connects between a portion of the first outer electrode covering the first end face, and a coil conductor facing the portion. The second connecting conductor connects between a portion of the second outer electrode covering the second end face, and a coil conductor facing the portion. Concerning the length direction, the first and second connecting conductors each have a length from about 2.5% to about 7.5% of the length of the multilayer body. 1. A multilayer coil component comprising:a multilayer body formed by stacking a plurality of insulating layers, the multilayer body including a coil built in the multilayer body; anda first outer electrode and a second outer electrode that are electrically connected to the coil,whereinthe coil is formed by electrically connecting a plurality of coil conductors, the plurality of coil conductors being stacked together with the plurality of insulating layers,the multilayer body has a first end face and a second end face that are located opposite to each other in a length direction of the multilayer body, a first major face and a second major face that are located opposite to each other in a height direction orthogonal to the length direction, and a first lateral face and a second lateral face that are located opposite to each other in a width direction orthogonal to the length direction and to the height direction,the first outer electrode covers a part of the first end face, and extends from the first end face so as to cover a part of the first major ...

Multilayer coil component

A multilayer coil component includes a multilayer body formed by stacking a plurality of insulating layers and including a coil built in the multilayer body, and first and second outer electrodes electrically connected to the coil. The coil is formed by electrically connecting a plurality of coil conductors stacked together with the insulating layers. The multilayer coil component further includes, inside the multilayer body, first and second connecting conductors. The first connecting conductor connects between a portion of the first outer electrode covering the first end face, and a coil conductor facing the portion. The second connecting conductor connects between a portion of the second outer electrode covering the second end face, and a coil conductor facing the portion. The multilayer coil component has a transmission coefficient S21 at 40 GHz of from about −1.0 dB to about 0 dB.

COIL COMPONENT

A coil component includes a body, a coil part including a coil pattern and embedded in the body, an external electrode disposed on an external surface of the body and electrically connected to the coil part, a shielding layer disposed on the external surface of the body, and a ceramic insulating layer disposed on a surface of the shielding layer. 1. A coil component comprising:a body;a coil part including a coil pattern and embedded in the body;an external electrode disposed on an external surface of the body and electrically connected to the coil part;a shielding layer disposed on the external surface of the body; anda ceramic insulating layer disposed on a surface of the shielding layer.2. The coil component of claim 1 , wherein the ceramic insulating layer is disposed between the shielding layer and the body.3. The coil component of claim 1 , wherein the ceramic insulating layer is disposed on a surface of the shielding layer opposite to the body.4. The coil component of claim 1 , wherein the ceramic insulating layer covers an entire surface of the shielding layer.5. The coil component of claim 4 , wherein a region of the ceramic insulating layer disposed between the shielding layer and the body and a region of the ceramic insulating layer disposed on a surface of the shielding layer opposite to the body are formed integrally with each other.6. The coil component of claim 1 , wherein the shielding layer contains a metal ingredient claim 1 , and the ceramic insulating layer contains an oxide of the metal ingredient.7. The coil component of claim 6 , wherein the ceramic insulating layer is an anodized layer of the metal ingredient of the shielding layer.8. The coil component of claim 1 , wherein the ceramic insulating layer contains an oxide of a metal that is not an ingredient of the shielding layer.9. The coil component of claim 1 , further comprising an adhesive layer disposed between the body and the shielding layer.10. The coil component of claim 9 , wherein ...

COMMON MODE NOISE FILTER AND MANUFACTURING METHOD THEREOF

A common mode noise filter includes: a laminated body; and a first and second coil conductors that are formed inside the laminated body and face each other in a first direction, wherein the first coil conductor has a first surface facing the second coil conductor; the second coil conductor has a second surface facing the first surface; a distance between ends of the first and second surfaces in the first direction is longer than a distance between centers of the first and second surfaces in the first direction; the first and second surfaces have corners each formed into an arcuate shape in a cross section; and a relationship between a height h in the first direction and a width w in a second direction perpendicular to the first direction is h≧w in a cross section of each of the first and second coil conductors. 1. A method for manufacturing a common mode noise filter including a laminated body having a non-magnetic member containing glass , the method comprising:a first step of forming first and second coil conductors that face each other and are made of mainly silver, inside the non-magnetic member; anda second step of baking the laminated body,wherein a temperature at which the laminated body is baked is higher than a transition temperature of the glass and higher than a softening temperature of silver in the second step.2. The method for manufacturing a common mode noise filter according to claim 1 , wherein the first and second coil conductors are made of silver. This application is a Divisional application of U.S. patent application Ser. No. 14/784,031, filed on Oct. 12, 2015, which a U.S. National Phase under 35 U.S.C. §371 of International Patent Application No. PCT/JP2014/002162, filed on Apr. 16, 2014, which in turn claims the benefit of Japanese Application No. 2013-087157, filed on Apr. 18, 2013, the entire disclosures of which Applications are incorporated by reference herein.The present invention relates to a common mode noise filter for use in digital ...

INDUCTOR DEVICE

An inductor device includes a first wire, a second wire, a third wire, a fourth wire, and an eight-shaped inductor structure. The first wire includes at least two first sub-wires. The second wire includes at least two second sub-wires. The third wire includes at least two third sub-wires. The fourth wire includes at least two fourth sub-wires. The first wire is disposed in a first area. The second wire is disposed in a second area. The third wire is disposed in the first area and at least partially overlapped with the first wire in a vertical direction. The fourth wire is disposed in the second area and at least partially overlapped with the second wire in the vertical direction. The eight-shaped inductor structure is disposed on an outer side of the third wire and the fourth wire. 1. An inductor device , comprising:a first wire disposed in a first area, wherein the first wire comprises at least two first sub-wires;a second wire disposed in a second area, wherein the second wire comprises at least two second sub-wires;a third wire disposed in the first area and being at least partially overlapped with the first wire in a vertical direction, wherein the third wire comprises at least two third sub-wires;a fourth wire disposed in the second area and being at least partially overlapped with the second wire in the vertical direction, wherein the fourth wire comprises at least two fourth sub-wires; andan eight-shaped inductor structure disposed on an outer side of the third wire and the fourth wire.2. The inductor device of claim 1 , wherein one of the at least two first sub-wires is coupled to one of the at least two third sub-wires.3. The inductor device of claim 1 , wherein one of the at least two second sub-wires is coupled to one of the at least two fourth sub-wires.4. The inductor device of claim 1 , wherein one of the at least two first sub-wires is coupled to one of the at least two second sub-wires.5. The inductor device of claim 1 , wherein each of the at least ...

INDUCTOR DEVICE

An inductor device includes a first trace, a second trace, a third trace, a fourth trace, and a double ring inductor. The first trace is disposed in a first area, and located on a first layer. The second trace is disposed in the first area, coupled to the first trace, and located on a second layer. The third trace is disposed in a second area, and located on the first layer. The fourth trace is disposed in the second area, coupled to the third trace, and located on the second layer. The double ring inductor is disposed on the first layer, located at outer side of the first trace and the third trace, and coupled to the first trace and the third trace. 1. An inductor device , comprising:a first trace disposed in a first area, and located on a first layer;a second trace disposed in the first area, coupled to the first trace, and located on a second layer;a third trace disposed in a second area, and located on the first layer;a fourth trace disposed in the second area, coupled to the third trace, and located on the second layer; anda double ring inductor disposed on the first layer, located at an outside of the first trace and the third trace, and coupled to the first trace and the third trace.2. The inductor device of claim 1 , wherein the double ring inductor comprises:a fifth trace disposed in the first area, and coupled to the first trace; anda sixth trace disposed in the second area, and coupled to the third trace.3. The inductor device of claim 2 , wherein the fifth trace and the sixth trace are coupled to each other at a junction of the first area and the second area.4. The inductor device of claim 3 , wherein the fifth trace and the sixth trace are coupled to each other in at least two locations at the junction.5. The inductor device of claim 4 , wherein the double ring inductor further comprises:a first connector coupled to the fifth trace and the sixth trace at a first side of the inductor device; anda second connector coupled to the fifth trace and the sixth ...

MAGNETIC COMPONENT

The present invention discloses a magnetic component and which includes a bobbin, a magnetic core assembly, a first winding, and a second winding. The bobbin has a main body, a channel, and a pin holder. The main body has a primary winding section and a secondary winding section. The channel penetrates the main body. The pin holder is extended from a side of the main body. The magnetic core assembly is partially disposed in the channel of the bobbin. The first winding and the second winding respectively have two outlet terminals. The first winding is wound around the primary winding section. The second winding is wound around the secondary winding section. Two outlet terminals of the first winding and two outlet terminals of the second winding are configured in the pin holder. 1. A magnetic component , comprising:a bobbin, having a main body, a channel, and a pin holder, the main body having a primary winding section and a secondary winding section, the channel configured for penetrating the main body, and the pin holder configured for being extended from a side of the main body;a magnetic core assembly, at least partially disposed in the channel; anda first winding and a second winding, respectively having two outlet terminals, the first winding configured for being wound around the primary winding section, and the second winding configured for being wound around the secondary winding section, wherein the second winding extends to an area on the pin holder;wherein two outlet terminals of the first winding and two outlet terminals of the second winding are configured in the pin holder;wherein the pin holder has a plurality of pins, two outlet terminals of the first winding are coupled to two of the pins disposed outside the area, and two outlet terminals of the second winding are coupled to two of the pins disposed inside the area.2. The magnetic component according to claim 1 , wherein the primary winding section is configured in a side of the secondary winding ...

MAGNETIC COUPLING COIL COMPONENT

One object of the present invention is to provide a magnetic coupling coil component having a high coupling coefficient between coils of different lines and facilitating insulation between the coils. A coil component according to one embodiment includes: an insulator body including first insulating layers and second insulating layers stacked together in a lamination direction; first conductive patterns formed on the first insulating layers; and second conductive patterns formed on the second insulating layers. The insulator body includes a first end region, a second end region, and an intermediate region positioned between the first end region and the second end region. The first end region includes the first insulating layers only, the second end region includes the second insulating layers only, and the intermediate region includes the first insulating layers and the second insulating layers arranged alternately in the lamination direction. 1. A coil component , comprising:an insulator body including a plurality of first insulating layers and a plurality of second insulating layers stacked together in a lamination direction;a plurality of first conductive patterns formed on the plurality of first insulating layers; anda plurality of second conductive patterns formed on the plurality of second insulating layers,wherein the insulator body includes a first end region positioned at a top in the lamination direction, a second end region positioned at a bottom in the lamination direction, and an intermediate region positioned between the first end region and the second end region,the first end region includes one or more of the plurality of first insulating layers only,the second end region includes one or more of the plurality of second insulating layers only, andthe intermediate region includes other one or more of the plurality of first insulating layers and other one or more of the plurality of second insulating layers arranged alternately in the lamination ...

TRANSFORMER

A transformer includes a magnetic core, a first winding and at least one second winding. The magnetic core has a window through which the first winding passes through without contacting the magnetic core. The second winding passes through the window of the magnetic core and is wound on the magnetic core. The second winding has a distance from the first winding, and a semi-conductive part is disposed between the second winding and the magnetic core. The present disclosure can effectively lower the risk of partial discharge between the second winding and the magnetic core, and thus the transformer of the present disclosure has high reliability. 1. A transformer comprising:a magnetic core having a window;a first winding passing through the window of the magnetic core without contacting the magnetic core; and 'wherein the second winding has a distance from the first winding, and a semi-conductive part is disposed between the second winding and the magnetic core.', 'at least one second winding passing through the window of the magnetic core, the second winding is wound on the magnetic core,'}2. The transformer of claim 1 , wherein the semi-conductive part is formed between the second winding and the magnetic core by dipping or spraying.3. The transformer of claim 1 , wherein the semi-conductive part is a semi-conductive tape or a semi-conductive paint layer.4. The transformer of claim 1 , wherein the first winding is a silicone wire.5. The transformer of claim 1 , wherein the second winding is a triple insulated wire.6. The transformer of claim 1 , wherein the magnetic core is in an annular shape.7. The transformer of claim 6 , wherein the first winding perpendicularly passes through a central position of the window of the magnetic core.8. The transformer of claim 1 , further comprising:a bobbin having a first holding space and a second holding space therein,wherein the first winding is disposed within the first holding space, and the magnetic core and the second winding ...

COIL ELECTRONIC COMPONENT AND METHOD OF MANUFACTURING THE SAME

A coil electronic component includes: a plurality of stacked coil layers each including coil patterns including anisotropic plating layers; conductive vias connecting the coil patterns formed on different coil layers to each other; and external electrodes electrically connected to the plurality of coil layers.

INDUCTOR

An inductor includes a body including a support member including a through-hole, an internal coil disposed on the support member, and an encapsulant encapsulating the support member and the internal coil; and an external electrode disposed on an external surface of the body and connected to the internal coil. The external electrode includes a conductive resin layer and a double conductive layer of a first conductive layer and a second conductive layer, disposed between the conductive resin layer and the internal coil.

ELECTRONIC COMPONENT

An electronic component includes insulator layers having first and second sides respectively extending in first and second directions from a first point, and outer conductor layers extends in the first and second direction from the first point. Each of the outer conductor layers has second and third points. One of the outer conductor layers has a fixing portion inside a region having a third side connecting the second and third points, and fourth and fifth sides respectively extending from the second point in the reverse first direction and from the third point in the reverse second direction. 1. An electronic component comprising:a multilayer body including a plurality of insulator layers stacked in a stacking direction, the insulator layers each having a substantially rectangular principal face that has a first side and a second side, the first side on a line extending in a first direction from a first point, the second side on a line extending in a second direction from the first point, the second direction being substantially perpendicular to the first direction;an outer electrode including a plurality of outer conductor layers that, when viewed in the stacking direction, extends along the first direction and the second direction from the first point, the outer conductor layers being exposed from the multilayer body;an inductor having a substantially helical configuration where a central axis extends in the stacking direction, the inductor including a plurality of inductor conductor layers disposed on the different insulator layers each other; anda lead conductor layer that connects one of the outer conductor layers with one of the inductor conductor layers,wherein each of the outer conductor layers has a first portion located farthest from the first point along the first direction in an uninterruptedly extending part of the outer conductor layer from the first point along the first direction,wherein the first portion has a second point located farthest from the ...

Multilayer inductor, and board having the same

A multilayer inductor may include: a multilayer body including a plurality of insulation layers stacked therein and having a thickness greater than a width thereof; and an internal coil part formed in the multilayer body by electrically connecting a plurality of internal coil patterns disposed on the plurality of insulation layers. The internal coil part may be disposed to be biased toward one portion of the multilayer body from a central portion of the multilayer body in a thickness direction.

Multilayer coil component

In a multilayer coil component 1 , a coil 7 includes a first connection part 22 a and a second connection part 26 a , the first connection part 22 a is connected to one end part of the coil 7 , which part is placed on a side of one principal surface 2 c , and is arranged in an identical dielectric layer 6 with a conductor 22 included in the one end part, the second connection part 26 a is connected to the other end part of the coil 7 , which part is placed on a side of the other principal surface 2 d , and is arranged in an identical dielectric layer 6 with a conductor 26 included in the other end part, and recessed parts 8 a and 8 b and recessed parts 9 a and 9 b are respectively provided in the first terminal electrode 4 and the second terminal electrode 5 in the element body 2.