Yes. RF circulators and isolators can be customized according to frequency range, bandwidth, power level, insertion loss, isolation, VSWR, connector type, package size, mounting method, and operating environment.

For many RF systems, standard models may not perfectly match the required frequency band, mechanical space, or power-handling conditions. This is why custom RF circulators and isolators are often used in radar systems, satellite communication, 5G/6G base stations, test equipment, and high-power microwave front ends.

At HzBeat, customization can cover multiple product structures, including microstrip, drop-in, coaxial, waveguide, and dual-junction circulators or isolators. Our engineering team can support wideband designs, compact layouts, low insertion loss, high isolation, and application-specific mechanical integration.

However, customization is not simply “changing one parameter.” In real RF design, frequency, bandwidth, insertion loss, isolation, power capacity, and size often affect each other. For example, a smaller size may increase design difficulty, while wider bandwidth may require careful ferrite material selection and magnetic circuit optimization. A reliable custom solution should be evaluated together with the customer’s actual system requirements.

If you need a customized RF circulator or isolator, it is best to provide the following information:

  • Operating frequency range
  • Required bandwidth
  • Insertion loss and isolation target
  • VSWR requirement
  • CW power, peak power, and reverse power
  • Interface type or mounting method
  • Size limitation
  • Operating temperature and application environment

 

With these details, HzBeat can help recommend or design a suitable RF circulator or isolator solution for your system.

Keith Wong
WRITTEN BY

Keith Wong

Marketing Director, Chengdu Hertz Electronic Technology Co., Ltd. (Hzbeat)
Keith has over 18 years in the RF components industry, focusing on the intersection of technology, healthcare applications, and global market trends.