技术和设计的改进产生了压控振荡器和本机振荡器这两种器件,减小了体积。降低了功耗,并改进了整机电性能。由于不断变化的威胁环境,下一代电子战系统复杂性不断地增加,给压控振荡器和本机振荡的设计人员增加了提供更复杂的分系统的重担。增宽频率覆盖范围,加快调谐响应,提高温度和频率稳定性,减小体积和输入功率是必要的。将来的趋势包括:预测干扰技术、实时调节的“灵活”控制电路,战埸电子对抗系统与其它电子战和指挥 Improvements in technology and design have produced both voltage-controlled and local oscillator devices, reducing the size. Reduce power consumption, and improve the overall electrical performance. Due to the ever-changing threat environment, the increasing complexity of the next generation of electronic warfare systems adds to the burden of providing more complicated subsystems to designers of voltage-controlled oscillators and local oscillators. Widening frequency coverage, speeding up tuning responses, increasing temperature and frequency stability, reducing size and input power are necessary. Future trends include: Predictive interference techniques, real-time “flexible” control circuits, warfare electronic warfare systems and other electronic warfare and command