Тест: Электроника

1. Какова валентность исходных материалов для изготовления полупроводниковых приборов?

2. При каком напряжении работает кремниевый стабилитрон?

3. Что является недостатком полупроводникового диода?

4. Каких носителей заряда больше в полупроводнике p-типа

5. Какое включение p-n перехода называется прямым:

6. Что такое рекомбинация?

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

8. Какой участок ВАХ является рабочим для п/п стабилитрона? 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9. Какого типа электропроводности обозначенный полупроводниковый прибор?

10. Какая из схем включения транзистора обеспечивает максимальное усиление мощности?

11. Какой из h-параметров является выходной проводимостью?

12. Какое напряжение подаётся на коллекторный переход в транзисторе?

13. Сколько p-n переходов в биполярном транзисторе?

14. Почему сопротивление эмиттерного перехода в транзисторе мало

15. Ток какого электрода транзистора самый наибольший?

16. Зависят ли вторичные параметры транзистора от схемы включения?

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

18. Какая это схема включения транзистора? 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

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

20. На каком принципе работает полевой транзистор?

21. Какое обозначение полевого транзистора правильное?

22. Какой это прибор? 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

23. Как включены переходы динистора на участке СД? 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

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

25. Какая из выходных характеристик соответствует схеме включения транзистора с ОБ

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

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