Core Application Scenarios

• 5G RF Module Testing — 10GHz bandwidth + synchronous spectrum analysis for mmWave signals (Source: Tektronix customer cases)

• High-Speed Digital Circuit Validation — 16-bit resolution captures weak signal details (Based on parameter adaptability)

Leasing Scenario Technical Adaptation

• Short-Term Project Deployment — TEK061 chip + preconfigured templates enable setup in 8 minutes (65% less configuration time)

• Seamless Multi-Model Upgrade — Data format compatibility with 5 Series MSO, upgrade to 10GHz without re-exporting waveforms

Core Technology Architecture

Features "TEK061 ASIC + High-Resolution ADC" architecture: Dedicated ASIC chip for front-end signal conditioning and noise suppression (noise <55µV@1GHz), 50GS/s sampling with 12-bit ADC (5GHz)/16-bit ADC (200MHz) captures high-speed signal details (Source: Tektronix 6 Series B whitepaper). FPGA-based synchronous multi-channel spectrum analysis supports 6/8-channel parallel processing.

5G RF Module Test Workflow

1. Connection: 8-channel SMA interface to RF front-end Tx/Rx signals, 50Ω impedance matching (30% faster than BNC)

2. Configuration: Touchscreen loads "3GPP 5G Test" template → auto-sets 10GHz BW, 50GS/s sampling, -30dBm trigger

3. Analysis: TEK061 chip noise suppression, FPGA renders 6-channel spectrum waterfall (100,000 wfms/s)

4. Output: MATLAB format export, compatible with 5G demodulation scripts

Technical Usage Boundaries

When bandwidth >8GHz, 16-bit resolution auto-switches to 12-bit (standard 16-bit below 200MHz) (Source: Tektronix 6 Series B FAQ). Mitigation: ① Reduce bandwidth to 5GHz for 16-bit mode; ② Enable digital noise reduction for short-term tests (SNR loss <0.5dB).