提出了一种新的设计微波晶体管放大器的电路模型，给出了通用优化设计程序。
This paper presents a new circuit model for designing a microwave transistor amplifier, and gives a general optimum programing.
长期以来，解决微波功率晶体管的电流集中问题的通用做法是使用发射极镇流电阻，以及PTC,CTR热敏电阻等无源器件。
For a long time, a common and popular method to solve current convergence problem of microwave power transistor is using emitter ballasting resistor, such as PTC, CTR thermistor, passive devices etc.
除了这台晶体管大型通用数字计算机之外，我们没有别的计算机了。
We have no other computers besides this giant general-purpose transistorized digital one.
此外，还提出了使用晶体管的比较逻辑门及通用比较逻辑门的设计。
In addition, the design of comparison logic gates and universal comparison logic gates is also proposed.
此外，还介绍一个小型通用程序，它能对一些定向耦合器、平衡晶体管放大器以及电调衰减器等进行分析和优化设计。
Furthermore a small general program is also presented which is capable of analysing and optimizing a group of directional couplers, balanced transistor amplifiers and electrically tuned attenuators.
指出确定晶体管单管放大电路组态时存在的问题并进行了讨论，给出确定的一般方法及单管放大电路的通用电路。
It is pointed out that there are some questions determining configuration of single transistor amplifier, the general method and common circuit are given.
指出确定晶体管单管放大电路组态时存在的问题并进行了讨论，给出确定的一般方法及单管放大电路的通用电路。
It is pointed out that there are some questions determining configuration of single transistor amplifier, the general method and common circuit are given.
应用推荐