High-power waveguide differential phase shift circulator is a three-port passive microwave device developed based on ferrite differential phase shift and non-reciprocal gyromagnetic principles.
Specially engineered for high-power microwave applications, it withstands high continuous-wave and pulsed power operation without arcing, breakdown or structural damage, ensuring reliable performance in demanding high-power scenarios.
Benefiting from optimized electromagnetic design and precision ferrite assembly, it maintains low insertion loss in the forward direction while providing high isolation between non-consecutive ports, protecting sensitive components from reflected power.
Leveraging the differential phase shift structure, it covers a wide frequency spectrum up to octave bandwidth, meeting transmission requirements for microwave signals in multiple frequency bands with excellent phase symmetry.
Constructed with robust waveguide housing and high-performance ferrite materials, it delivers consistent electrical performance and long-term stability under extreme operating conditions, making it ideal for high-power and wideband applications.
