Advanced High-Frequency Radar Circuit Board Solutions for Critical Applications
Our Radar PCB delivers exceptional performance for high-frequency radar systems operating across multiple frequency bands. Engineered with precision-grade materials and advanced manufacturing processes, this specialized circuit board provides the reliability and signal integrity demanded by military, automotive, aerospace, and industrial radar applications.
Key Features
Superior Signal Performance
- Ultra-low loss dielectric materials optimized for frequencies up to 77 GHz and beyond
- Controlled impedance design with tight tolerance matching (±5%)
- Minimal signal distortion and phase noise for enhanced detection accuracy
- Advanced via technology for seamless layer transitions
Robust Construction
- Multi-layer design supporting complex RF routing architectures
- High-temperature resistant materials suitable for harsh operating environments
- Excellent thermal management with integrated heat dissipation features
- Military-grade durability meeting MIL-STD specifications
Precision Manufacturing
- Micron-level trace width control for consistent electrical characteristics
- Advanced plating processes ensuring uniform conductor properties
- Rigorous quality control with 100% electrical testing
- Clean room manufacturing environment for contamination-free production
Technical Specifications
- Frequency Range: DC to 80+ GHz
- Dielectric Constant: 2.2 to 10.2 (frequency dependent)
- Loss Tangent: As low as 0.0009 at 10 GHz
- Operating Temperature: -55°C to +125°C
- Layer Count: 2 to 20+ layers available
- Minimum Trace Width: 25 μm (1 mil)
- Via Size: Down to 50 μm (2 mil) diameter
Applications
Perfect for next-generation radar systems including automotive ADAS sensors, weather monitoring equipment, air traffic control systems, marine navigation radar, and defense applications requiring superior range resolution and target discrimination capabilities.
Industries Served: Automotive, Aerospace & Defense, Meteorology, Maritime, Industrial Automation, Telecommunications
Custom designs available to meet specific frequency, form factor, and performance requirements. Contact our engineering team for application-specific solutions.
