Тест по теме «Электроника»

Тестирование – это мощный инструмент для оценки усвоения материала. Оно не только помогает выявить пробелы в знаниях, но и дает возможность скорректировать процесс обучения, повысив его результативность. Мы приготовили для вас тест, который поможет проверить уровень ваших знаний по теме. Проходя его, вы сможете оценить свою подготовку на данном этапе обучения.

Приглашаем вас пройти тест "Электроника" и убедиться в своих знаниях. Это отличная возможность оценить свой текущий уровень подготовки и подготовиться к дальнейшему обучению.

Расскажи друзьям

1 В каком направлении включается внешний источник питания, если фотодиод работает в фотодиодном режиме?

В прямом направлении

В обратном направлении

Внешний источник питания в этом режиме отсутствует

Источник может быть включен и в прямом, и в обратном направлениях

2 Коэффициент усиления по току равен &gamma=(&DeltaI_э)/(&DeltaI_б ). Какая это схема включения?

Схема включения с ОЭ

Схема включения с ОК

Схема включения с ОБ

3 Какое обозначение полевого транзистора правильное?

КН 102 И

КУ 202 К

КТ 203 А

КП 201 Е

4 Чем объясняется изменение толщины p-n перехода при включении внешнего источника?

Нагреванием p-n перехода

Изменением концентрации подвижных носителей заряда вблизи границы раздела полупроводников разного типа электропроводности

Изменением структуры кристаллической решётки

5 Какого типа электропроводности обозначенный полупроводниковый прибор?

Типа p-n-p

Типа n-p-n

Типа

Типа p-n-p-n

6 Каких носителей заряда больше в полупроводнике p-типа

Больше электронов

Больше дырок

Больше дырок и положительных ионов

Больше положительных ионов

7 Зависят ли вторичные параметры транзистора от схемы включения?

Не зависят

Зависят

8 Какой это прибор? 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

Тринистор

Симистор

Транзистор

Динистор

9 Почему сопротивление эмиттерного перехода в транзисторе мало

За счёт включения источника в прямом направлении

За счёт включения источника в обратном направлении

За счёт малой толщины базы

10 Что такое рекомбинация?

Переход носителей заряда через p-n переход

Процесс восстановления разрушенных ковалентных связей

Процесс образования пары электрон-дырка

11 Что является недостатком полупроводникового диода?

Малая перегрузочная способность

Малый обратный ток

Малое прямое напряжение

12 Сколько вентилей 1-ф, 2-х тактного выпрямителя на тиристорах

4 динистора

2 тринистора, 2 диода

2 тринистора

13 Какое напряжение подаётся на коллекторный переход в транзисторе?

Прямое напряжение

Нулевое напряжение

Обратное напряжение

14 Какое включение p-n перехода называется прямым:

Плюс источника к n-области, а минус к p-области

Способствующее уходу основных носителей заряда от p-n перехода

Плюс источника к p-области, а минус к n-области

15 Какой участок ВАХ является рабочим для п/п стабилитрона? 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ОА

ОB

16 Какой из h-параметров является выходной проводимостью?

h21

h12

h22

h11

17 Сколько p-n переходов в биполярном транзисторе?

Два p-n перехода

Три p-n перехода

Один p-n переход

18 Ток какого электрода транзистора самый наибольший?

Ток эмиттера

Ток коллектора

Ток базы

19 Какая это схема включения транзистора? 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8TNL8I2HhzwB8efB+veMNU1rxZqvhqz0DRINC0rw9q9xerqd/bSiSza3jRrh1Sv0fUYJ4wCTx65O4n1BOcEEg8dPQA8k+J/wR8CfFxNKn8VWepWWveHpHl8NeMfC2taj4Y8ZeHpJSjTDSvEGkTW92ltMUH2jT7r7XptyyrJPZyOqMPlz4FfCzT/AIt6X4+tvi94t+IPxW0v4b/Hfx54R8OaJ468UG+0e40zwjd6YdBn8R6fpNjolt4mvbRpmd21mO7tbmRVa4tZGBJ/QGvk79kv/kG/Hv8A7Of+MH/pXo9AH1bDGsMSRIiRxxKI4441VI0jQBUREUBURVAVUUbVAAUAAASUUUAFFFFABRRRQAUUUUAFfJn7Z3/JJvDn/Zb/AICf+ra8J19Z18mftnf8km8Of9lv+An/AKtrwnQB9Z0UUUAFFFFABRRRQAUUUUAfJf7DXP7LvwyPqPGBH0/4TvxP/XNfWlfJv7DqSRfsv/DGKWKWGRV8X7o5o3hkXPjrxMw3Ryqki5VgQGUEgg4wc19ZUARyypDG8sh2pGjyOQC21I1LM2FBY4APABJOAASa/Pr9hn4u6R4yuvjDoUeia1os/ir4i+Lfjn4NuNSl0a5t/E/wt8fapb2fhzxHF/Y2qalNod1PcadPHc+HPEsOkeIrMGOWbThG5ZP0FcgbSTjnaOmDu4A5wDk4wCRk/SuI8JfDfwD4CudfvvBng3w94Wu/FGovqviK50TS7Wwl1jUHZ3a7vnhjRpiZJXcKRsWSSV1QM7OwB3QOen+f89fpS0i5xyMHvnv79T9OcdOgGKWgAooooAKKKKACiiigAr5M/bO/5JN4c/7Lf8BP/VteE6+s6+TP2zv+STeHP+y3/AT/ANW14ToA+s6KKKACiiigAooooAKDRTXdUVnYgKoLMSQoVRyWZmIUKoyWJIAAJJoAiht4rdEihiigiTJSKFFijXduLBUQKoBZixwMMxLbVPWesPQPE3hzxVZyah4Z17RfEVjFdT2M17oeqWWrWkV5auUuLWS4sZpokuYHG2aBmEsbHDKBzW5QBHKrNG6o5id0dElADGN2UhXCsCrFWw208HHPGa/O/wDYa8MfE6x1n4wax4y8ZanremaH4t1j4W3lvfeL/Ffi8+MfHHg3VGfXPisbbxPe3Vr4DOv2t/b2KeCPCQtvDtisLPDbI0cRP6JkZxnPBB4JHTkZx15/w6ZFfKd3+x38MJdf8WeIdK8X/HzwlP418T6j4x17S/BH7Q/xk8IeHJPEWrpbrqWoWPhzQfGNlo2lNeG1ilnh02ztYGm3y+WHkckA+q16cjBJyR7nk/qfU/h0Dq+UR+yB4IAwPiv+1V/4ld8feT1JP/FedSetH/DIPgj/AKKv+1V/4ld8fP8A5vKAPq6ivlH/AIZB8Ef9FX/aq/8AErvj5/8AN5R/wyD4I/6Kv+1V/wCJXfHz/wCbygD6uor5R/4ZB8Ef9FX/AGqv/Ervj5/83lH/AAyD4I/6Kv8AtVf+JXfHz/5vKAPq6ivlH/hkHwR/0Vf9qr/xK74+f/N5R/wyD4I/6Kv+1V/4ld8fP/m8oA+rq+SP20ZUj+Efhx5HSJP+F4fATLSusaj/AIu14UPLMQATjA55zxk8Gwf2QvBAx/xdf9qonPA/4at+PnXB658ecfWvwn/4L4fs6fAxP2QrXw2/7afxl+GfxE8PfGv9njxDaeE/Ef7WHjDX9c1rQPEPxf8ACvgq+1VPBnjvx1dzi30Cy12+8U2fiKzsUXTZ9Bknln+zxzBAD+oYHJPBGD3HX6UtfCXww/Zq+Cni7wRoOoeAP2lP2hviX4dsrKDRIvGPhX9sn4v+INL1a80eCKzvZW1Hw38Q59Ia9M6F72C1dVt55Gi8qIBUHf8A/DIPgj/oq/7VX/iV3x8/+bygD6uor5R/4ZB8Ef8ARV/2qv8AxK74+f8AzeUf8Mg+CP8Aoq/7VX/iV3x8/wDm8oA+rqK+Uf8AhkHwR/0Vf9qr/wASu+Pn/wA3lH/DIPgj/oq/7VX/AIld8fP/AJvKAPq6sHxT4ftfFnhjxH4Vvp7y1sfE2hav4fvLnTp2tdQtrXWtPuNNuJ7G6T57a8hhuXktrhPmhmVJF5UV83/8Mg+CP+ir/tVf+JXfHz/5vKP+GQfBPb4sftVf+JW/Hw/ofHhH5igDy3/gnV8PT4a+B9t45vNZh1PWfiJJHFe2umeHtO8JaFpenfD+a+8DaBBbaHpc9xb3GsXOlaPDeeJPEc8gvvEOrzzX11FAWSJf0Arz34VfC/wj8Gfh94X+GPgW31O28KeELGSw0ePWtc1fxNq5jnu7m+uJ9S8QeILzUdb1e+ubu7uZ7i+1O+urueSZmllb5cehUAFFFFABRRRQAUUUUAFFFFABRRRQAYz/ADrx/wAdfs9fAP4o61D4k+JfwS+EnxC8RW9gulwa/wCN/hz4Q8V61DpiPJImnRapruj399HYo8srpaJOIFeWRljBdiSigDs/BHgDwJ8M9At/Cnw58F+FPAPhe0muLi18N+C/D2keF9Bt7i7kMt1cQaRolpY2EU91KTJcTJbrJO/zyszc11tFFABRRRQAUUUUAFFFFABRRRQB/9k=

Схема включения с ОК

Схема включения с ОЭ

Схема включения с ОБ

20 Как включены переходы динистора на участке СД? 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

Крайние переходы открыты, а средний закрыт

Все переходы открыты

Крайние переходы закрыты, а средний открыт

Все переходы закрыты

21 В чем преимущество 2-х тактных схем выпрямления по сравнению с 1 - тактными

Большей частотой пульсаций

Меньшим коэффициентом пульсаций

Все ответы верны

Отсутствием вынужденного намагничивания сердечника

22 Какая из выходных характеристик соответствует схеме включения транзистора с ОБ

IK=f(UКЭ) при IБ =const

IЭ=f(UБЭ) при IК =const

IK=f(UКБ) при IЭ =const

23 На каком принципе работает полевой транзистор?

На зависимости проводимости полупроводника от количества инжектируемых в него носителей заряда

На изменении тока в полупроводнике под действием поперечного электрического поля

Правильного ответа нет

На изменении сопротивления обратно смещённого коллекторного перехода

24 Какая из схем включения транзистора обеспечивает максимальное усиление мощности?

Схема ОБ

Схема ОК

Схемы ОБ и ОК

Схема ОЭ

25 При каком напряжении работает кремниевый стабилитрон?

При прямом напряжении

И при прямом, и при обратном напряжении

При обратном напряжении

26 Как называется данная характеристика транзистора Iэ = f (Uэк)?

Выходная для схемы с ОЭ

Входная для схемы с ОЭ

Входная для схемы с ОК

Выходная для схемы с ОК

27 Какова валентность исходных материалов для изготовления полупроводниковых приборов?

Два

Три

Пять

Четыре

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