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无截获栅控电子枪在进行了计算机理论设计计算,做了大量的分析器实验后,进行了密封的无截获栅控电子枪测试,确定了电子枪各个参量。将这把无截获栅控电子枪用在一只正在研制中的S波段六腔速调管上,在电压24千伏,工作比0.1％时进行了测试。测得峰值功率为14.7千瓦;速调管的效率35％左右。与未换枪前(换枪前使用的是阴调枪)的15千瓦功率电平相当接近。工作比增大,管内击穿严重,使阴极发射下降,致使功率电平跌落。无截获栅控电子枪的管子比普通阴调枪的管子所需磁场要强,这是因为栅极透镜的缘故。
Without intercepting Gated electron gun in the calculation of computer theory, done a large number of analyzer experiments, conducted a sealed non-interception Gated electron gun test, to determine the parameters of the gun. This non-intercepted Gated electron gun was tested on an S-band, six-chamber klystron under development at 24 kV at 0.1% duty cycle. Measured peak power of 14.7 kilowatts; klystrons of about 35% efficiency. And did not change the gun before (guns used before the gun is a guns) 15 kW power level quite close. Work than the increase of serious breakdown within the tube, so that the cathode emission decline, resulting in power levels drop. Gap-free electron guns have a stronger magnetic field than tubes of ordinary gunshots, because of the grid lens.