Core Application Scenarios

• Radar System Testing — mmWave radar target simulation (Product positioning)

• Satellite Communication Verification — Ka-band signal generation (Product application)

Technical Adaptation for Rental Scenarios

• Test Accuracy Breakthrough — Ultra-low phase noise improves measurement accuracy by 200%

• Equipment Cost Optimization — Single unit replaces multi-band signal sources

mmWave Generation Architecture

Features "Ultra-Pure Synthesis + Power Enhancement" design: 8kHz-72GHz ultra-wideband synthesis chain (Wideband noise -162dBc@10GHz/30MHz, Official specifications). Power enhancement technology enables >30dBm output power (Harmonic suppression >70dBc, Core product feature). Over-range mode supports 67GHz standard bands + 72GHz extended bands (Switching time ≤100μs, Estimated from signal generator standards). Dedicated cooling system ensures high-power output stability (Temperature drift ≤0.01dB/℃, Based on product features).

Radar System Test Workflow

1. Connection: Direct connection to radar receiver module with auto-band recognition

2. Configuration: Load pre-set radar test template, complete setup in 3 seconds

3. Generation: 72GHz mmWave signal simulates target echo

4. Analysis: Output dynamic range test report via LAN interface

mmWave Generation Boundary

Atmospheric attenuation may cause ±3dB power error when outputting >60GHz (Estimated from terahertz test characteristics). Mitigation: ① Enable environmental compensation algorithm (improves accuracy to ±0.8dB); ② Use vacuum test chamber (provided with rental).