CAJ | 학술논문

给出了一种1输入6输出频标分配电路的设计及硬件实现。采用电压串联负反馈电路实现信号的放大及分配，闭环增益稳定性比开环增益稳定性提高了1+A0F 倍；通过 PCB 布线优化设计，补偿通道间时延差。测试结果表明，设计的频标分配电路可满足1~140 MHz 的频标信号分配。
급출료일충1수입6수출빈표분배전로적설계급경건실현。채용전압천련부반궤전로실현신호적방대급분배，폐배증익은정성비개배증익은정성제고료1+A0F 배；통과 PCB 포선우화설계，보상통도간시연차。측시결과표명，설계적빈표분배전로가만족1~140 MHz 적빈표신호분배。
A frequency signal distribution circuit with one input and six outputs is designed and implemented . The stability of the close loop gain is 1+A0F times of that of the open loop gain , when the distribution circuit is designed with a voltage series negative feedback amplifier . The differential group delay between channels is decreased by optimization design of the PCB wiring . Test results show that the frequency distribution circuit may be used to the frequency signals range from 1 MHz to 140 MHz .