Ferrite Microwave Technologies high power circulators and isolators are designed in frequencies ranging from 50 MHz to 45 GHz. FMT offers a broad range of circulators and isolators from waveguide WR22 to WR2300, as well as coaxial SMA to 9-3/16” EIA. Our high-power microwave components provide you with unique capabilities in protection and detection in UHF, L, S, C, X, Ku, K & Ka Bands.
3-Port Junction Circulators can be supplied in either “Y” or “T” configurations. Depending on power and output mismatch conditions, cooling can be performed by air (natural convection or forced) or liquid. Circulators maintain good isolation with very low insertion loss.
Four Port Differential circulators are available in all standard industry bandwidths. Peak power as high as 25MW and averages into the hundreds of kW can be achieved.
Applications range from Accelerators (Scientific and Medical), Radar Systems (Isolators or Duplexers), Communication Systems and Industrial.
Our high power circulators and isolator designs ensure high reliability where failure cannot be tolerated, supporting land-based, mobile, naval, and airborne environments. Used for source protection with Magnetrons, TWT’s, Klystrons and Solid-State Amplifiers.
High shock, vibration and temperature extremes as can be found in military applications – we offer many qualified units including AWACS, TPS-78, ASR-9, TRC-170, SMART-L, HAWK.
We also offer custom control and monitoring systems for high power circulators, including VSWR Adaptive Tuning and ARC Detection.
Q: Does Ferrite Microwave Technologies design other passive microwave components?
A: Yes, we design and manufacture terminations, couplers, windows, filters, phase shifters and waveguide.
Q: What about integrated microwave assemblies?
A: Our team will help you design and fabricate a wide variety of microwave assemblies. Our team has previously built assemblies for clients in the Medical, Weather Radar and Military Radar Fields.
To learn more about our full line of circulators and isolators, please visit our components section.