Core Application Scenarios

• Radar System R&D — High-frequency signal generation (Product positioning)

• Production Line Testing — High-power device verification (Product application)

Technical Adaptation for Rental Scenarios

• R&D Efficiency Breakthrough — Ultra-low phase noise improves test accuracy by 300%

• Equipment Cost Optimization — Single unit covers multi-band testing needs

Microwave Signal Architecture

Features "Ultra-Pure Synthesis + Power Enhancement" design: 100kHz-43.5GHz ultra-wideband synthesis chain (Phase noise ≤-120dBc/Hz@10GHz, Official specifications). Power enhancement technology enables +25dBm high-power output (Harmonic suppression >70dBc, Estimated from microwave signal source standards). Block diagram operation simplifies complex configuration (70% reduction in configuration time, Core product feature). Multi-interface support for GPIB/Ethernet/USB remote control (Switching time ≤1 second, Based on product features).

Radar System Test Workflow

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

2. Configuration: Configure parameters via block diagram interface, complete setup in 3 seconds

3. Generation: 43.5GHz microwave signal simulates target echo

4. Analysis: Output dynamic range report via Ethernet interface

High-Frequency High-Power Boundary

Thermal effects may cause ±1.5dB power error when outputting >40GHz and power >+20dBm (Estimated from high-frequency high-power test characteristics). Mitigation: ① Enable dynamic power compensation (improves accuracy to ±0.3dB); ② Use active cooling base (provided with rental).