2.0–6.0GHz Ultra-Wideband Embedded RF Circulator
Featured Product from UIY Inc.
Core Technical Specifications
| Parameter | Specification |
| Model Number | UIYBDC3030A2T6 |
| Frequency Range | 2.0 ~ 6.0GHz (Full Band) |
| Electrical Performance |
Operating at +20 ~+70?? IL<0.8dB, ISO >13dB, VSWR<1.50 Operating at -40 ~ +20?? IL <1.5dB @2.0~2.5GHz & 0.8dB @2.5~6.0GHz, ISO >13dB, VSWR <1.50 |
| Forward Power | 100W |
| Reverse Power | 100W |
| Connector Type | TAB (Drop-in) |
| Dimensions (L×W×H) | 30.5×30.5×15mm |
| Compliance & Reliability | Compliant with RoHS, REACH, and ISO 9001 certifications, with complete test data provided. |
Core Advantages
Superior to traditional narrow-band and generic wideband circulators, this device balances high performance, integration, environmental adaptability and cost, satisfying strict military standards and commercial mass production.
1. Balanced Full-band Performance: Optimized for 2–6GHz wideband links with consistent full-band parameters. It solves uneven band performance and heavy debugging issues, reducing R&D costs and accelerating product validation and mass deployment.
2. Ultra-low Temperature Drift: Adopts high-stability ferrite magnetic circuit technology with minimal drift. It withstands power fluctuation and sudden load changes, ensuring negligible performance degradation and lowering field failure and maintenance costs.
3. High Integration Standard Package: Industry-standard TAB drop-in design matches mainstream RF cavity structures. Direct replacement without PCB redesign shortens R&D iteration and production cycle, fitting miniaturized and modular systems.
4. Localized Supply & Cost-Effective: Advanced domestic precision manufacturing ensures excellent batch consistency and stable lead time. It delivers import-level performance with military reliability and commercial cost benefits, ideal for volume sourcing and import substitution projects.
Typical Applications
Suitable for 2–6GHz civil-military wideband RF devices, including wideband RF T/R modules, military radar & EW systems, airborne & space-borne RF subsystems, communication base station frontends, precision RF test instruments, RF power amplifier protection and antenna duplex circuits. It effectively suppresses crosstalk, self-oscillation and signal reflection to improve system stability and test accuracy.