Core Application Scenarios

• Electronic Engineering Teaching — Vector network analysis fundamentals experiments (Product positioning)

• Basic R&D Verification — RF component characteristic analysis (Product application)

Technical Adaptation for Rental Scenarios

• Teaching Cost Optimization — Cost-effective solution reduces equipment investment by 70%

• Experiment Efficiency Breakthrough — One-click operation improves teaching efficiency by 200%

Education-Optimized Architecture

Features "Basic Analysis + Teaching Extension" design: 100kHz-20GHz fundamental vector analysis chain (Dynamic range >110dB, Estimated from VNA standards). Time domain analysis option enables fault point distance measurement (Positioning accuracy ±0.1m, Product feature). Innovative UI simplifies operation (60% reduction in configuration time, Core product feature). Compact design saves 50% lab bench space (Product feature). Cost-effective solution meets educational budgets (40% cost reduction, Product positioning).

Teaching Experiment Workflow

1. Connection: Direct connection to RF teaching kit with auto-interface recognition

2. Configuration: Select pre-set teaching template, complete setup in 3 seconds

3. Analysis: Enable time domain function to locate cable fault points

4. Verification: Generate teaching report with measurement annotations

Time Domain Analysis Boundary

Signal attenuation may cause ±0.5m positioning error when measuring >100m (Estimated from TDR characteristics). Mitigation: ① Enable signal enhancement algorithm (improves accuracy to ±0.1m); ② Use low-loss test cables (provided with rental).