X Band 8.5–10.5GHz Dual-Junction Microstrip Circulator
Compact Dual-Junction Microstrip Circulator for X Band RF Front-End Systems
HzBeat's 8.5–10.5GHz Dual-Junction Microstrip Circulator is designed for X band RF signal routing where compact size and stable port isolation are required.
With a 10 × 8 × 3 mm outline, the device supports high-density microwave modules, radar front ends, and integrated RF assemblies.
The dual-junction structure provides path-specific insertion loss and isolation performance, with 1.25 max VSWR and operation from –55°C to +85°C.
HzBeat is a leading RF component manufacturer specializing in RF circulators and isolators, as a global supplier of RF circulators and isolators (20MHz–200GHz), we providing microstrip, drop-in, coaxial, and waveguide solutions for communication systems, radar, satellite, and medical imaging.
For detailed technical documentation, sample requests, or customization needs, please do not hesitate to contact us. — we respond within 24 hours to ensure you get precise solutions for your design.
Customization & Selection Guide
Operating Band:Ensure it covers all frequencies required by your system.
Power Handling Capacity:Select based on your system's transmit power (average and peak), allowing a certain margin.
Performance Requirements:Define specific requirements for Insertion Loss, Isolation, and VSWR/Return Loss.
Environmental Conditions:Consider operating temperature range, vibration, humidity, etc.
Cost & Delivery:Balance cost and project timeline while meeting performance requirements.
Why Choose Our Product
Profound Technical Expertise:We have over 18 years of R&D experience in ferrite materials and microwave magnetics.
Fully Automated Production Lines:Ensure consistent excellence and reliability in every unit.
Professional Application Support:Our engineering team provides timely technical selection, customization, and failure analysis services.
Competitive Pricing & Lead Times:Economies of scale from mass production enable us to respond quickly to your orders.
Tell us frequency band, target IL/Isolation/VSWR, power level and timeline — we’ll match the best topology and deliver S-parameters.We will contact you within 24 hours.