I. Technical Architecture: Core Design of Orthogonal Conversion
1. Product Positioning & Function
It physically interfaces WR10 waveguide with a 1.0 mm coaxial port, and uses 90° orthogonal polarization separation technology to transmit signal amplitude and phase information with low loss.
Combining physical conversion and signal conditioning, it serves as a key front-end conditioning unit in millimeter-wave systems.
2. Core Technical Innovations
II. Core Performance: Ultra-High Broadband Performance
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Performance Highlights
Broadband coverage from 74 to 110 GHz, with excellent port isolation and image rejection.
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Engineering Design
90° right-angle structure with standardized flanges for easy assembly.
Temperature-resistant and vibration-tolerant, suitable for diverse application scenarios.
III. Application Scenarios: Empowering Multi-Domain Upgrades
- Satellite Communications & Deep-Space Exploration: Supports high-speed satellite transmission and meets signal processing requirements of radio telescopes.
- Millimeter-Wave Radar & Electronic Warfare: Ensures radar detection accuracy and improves signal processing efficiency in electronic warfare systems.
- Test & Measurement + 5G Applications: Used as a standard RF test module, enabling high-capacity, low-latency transmission for 5G millimeter-wave communications.
Through its core manufacturing and structural design, the YX-WA10-1.0F achieves an optimal balance of broadband performance, high precision, and high reliability.
It not only underpins current multi-domain technological upgrades but will also play a vital role in future innovative applications.
