目前固态功率源用在L波段窄脉冲雷达中是能取得经济效益的。单个平衡晶体管(例如CTC1214P400),采用推挽电路技术能够充分发挥L波段平衡晶体管高功率电平的优越性。一个平衡晶体管包含有两个晶体管芯片,它们封装在一个管壳内。其中的一个芯片在相位上与另一个芯片相差180°、而中点是射频接地的。如果保持很好的平衡,总是存在一个零射频电位中点,一个虚假接地点。由于平衡晶体管在相位上两边相差180°,所以输入和输 At present, solid-state power sources can be used for L-band narrow-pulse radar to achieve economic benefits. A single balanced transistor (such as the CTC1214P400) uses push-pull circuit technology to take full advantage of the high power levels of L-band balanced transistors. A balanced transistor contains two transistor chips, which are packaged in a package. One of the chips is 180 ° out of phase with the other in phase, while the mid-point is radio-frequency grounded. If you maintain a good balance, there is always a zero-RF potential midpoint, a false ground point. As the balance of the transistor in the phase difference of 180 ° on both sides, so the input and output