The best design method of high voltage and low saturation voltage GTR presented in this paper shows that the collector region through design is better than non-through design.
本文提出了高压低饱和压降gtr的最佳设计方法。分析表明，高压低饱和压降晶体管采用集电区穿通性设计比非穿通性设计有利。
Features: High voltage low saturation, low collector output capacitance, complementary pair with MPSA92 (3cg92).
特点：耐压高，饱和压降低，集电极输出电容低，与MPSA92 (3cg92)互补。
Features: Low collector-emitter saturation voltage, fast switching speed.
特点：饱和压降低，开关速度快。
Features: High voltage, low saturation voltage, low collector capacitance output, complementary pair with MMBTA92 (3cg92m).
特点：耐压高，饱和压降低，集电极输出电容低，与MMBTA92 (3cg92m)互补。
Features: Low saturation voltage, large collector current.
特点：低饱和，大电流。
Features: Low saturation voltage, large collector current.
特点：低饱和，大电流。
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