прокладку на основе окиси бериллия для изоляции корпуса от радиатора. В этом случае при толщине прокладки 1,65 мм емкость цепи стока увеличивается на 25 пФ.

Среди многих возможных применений мощных полевых транзисторов их использование в высокочастотных схемах является достаточно узкой областью, поэтому высокочастотные параметры и характеристики приводятся обычно в самом конце справочных данных. Помимо рекомендаций по выбору напряжения стока и выходной мощности здесь указываются различные типы корпусов. Следует отметить одну, по-видимому, существенную деталь, которая связана с рабочим напряжением стока. Речь идет о том, что пробивное напряжение почти в два раза больще номинального напряжения стока. Нужно соблюдать осторожность при использовании мощного полевого транзистора, для которого необходимо напряжение 35 В, когда минимальное напряжение пробоя равно,, например, 65 В. Такого запаса по напряжению достаточно при не-модулированном сигнале и может быть катастрофичным,, если требуется 100%-пая модуляция несущей частоты.

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