然后利用ADS软件对几种微带谐振器进行了分析和计算，使雪崩二极管的负载阻抗与其匹配。
After this, we analyzed and computed several microstrip resonators with ADS, making impedance match between the resonator and IMPATT diode.
该电路采取以恒流源为整流负载等有关措施，使整流二极管的正向导通压降为一常数。
In this circuit, some measures are adopted, such as making constant current source as a rectifying load. It makes the voltage drop of the rectifying diode maintain a constance.
在500毫安，NPN达林顿输出的积分瞬态抑制二极管，是适合于继电器，螺线管和其他感性负载使用。
The 500 mA, NPN Darlington outputs, with integral transient-suppression diodes, are suitable for use with relays, solenoids, and other inductive loads.
然后利用ADS软件对几种微带谐振器进行了分析和计算，使雪崩二极管的负载阻抗与其匹配。
After this, we analyzed and computed several microstrip resonators with ADS, making impedance match between the resonator and IMPATT diode. At the same time, we simulate the transition with HFSS.
然后利用ADS软件对几种微带谐振器进行了分析和计算，使雪崩二极管的负载阻抗与其匹配。
After this, we analyzed and computed several microstrip resonators with ADS, making impedance match between the resonator and IMPATT diode. At the same time, we simulate the transition with HFSS.
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