The ws dual sa17 wilson wbw104330 is a precision instrumentation solution designed for demanding test and measurement applications. This system combines robust hardware with advanced signal processing to deliver reliable performance in challenging environments.
Engineers and technicians rely on the ws dual sa17 wilson wbw104330 for accurate data capture and analysis across industrial and research settings. The following sections detail its core capabilities, configuration options, and practical guidance.
| Model | Key Specification | Value | Notes |
|---|---|---|---|
| WS Dual SA17 | Processor | Dual-core ARM Cortex-A72 | Supports parallel data acquisition tasks |
| WBW104330 | Bandwidth | 10 MHz to 433 MHz | Continuous real-time spectrum coverage |
| WS Dual SA17 | Sampling Rate | 120 MS/s per channel | Dual-channel simultaneous sampling |
| WBW104330 | Dynamic Range | 90 dB | Excellent for weak-signal detection |
| WS Dual SA17 | Interface | Gigabit Ethernet, USB 3.0, PCIe | Flexible integration with host systems |
| WBW104330 | Form Factor | 2U Rackmount | Suitable for automated test benches |
Dual Channel Architecture and Signal Integrity
The dual channel architecture of the ws dual sa17 wilson wbw104330 enables synchronized acquisition across multiple signals. This design preserves phase coherence and minimizes channel-to-channel interference.
Advanced filtering and shielding techniques protect signal integrity over the full 10 MHz to 433 MHz bandwidth. Engineers benefit from low noise floors and reduced distortion during extended measurement sessions.
Configuration and Software Integration
Hardware Configuration Options
The ws dual sa17 wilson wbw104300 offers configurable attenuation, gain settings, and input impedance options. These adjustments allow optimal matching to diverse sensor and probe configurations.
Software and Control
Comprehensive drivers and APIs support integration with common test and measurement frameworks. Users can automate routines, generate reports, and perform remote diagnostics through intuitive software interfaces.
Performance Benchmarks and Use Cases
Benchmark tests highlight the ws dual sa17 wilson wbw104330 in spectrum sensing, interference analysis, and compliance testing scenarios. The system maintains high accuracy under varying temperature and load conditions.
Deployment in radar cross-section measurements, wireless protocol verification, and electromagnetic compatibility studies demonstrates its versatility. Fast Fourier transform and time-series analysis features further extend its application scope.
Operational Recommendations and Best Practices
- Verify grounding and shielding to minimize external interference
- Regularly update firmware and drivers for optimal stability
- Use calibrated probes and cables to maintain measurement accuracy
- Schedule periodic self-tests and performance checks
FAQ
Reader questions
What environments is the ws dual sa17 wilson wbw104330 suited for?
The ws dual sa17 wilson wbw104330 is designed for laboratory, field, and production test environments where reliable RF and spectrum analysis is required.
Can I expand the number of simultaneous measurement channels?
Yes, multiple units can be synchronized to expand channel count while maintaining phase coherence across the test setup.
What software tools are provided for data visualization? Comprehensive software packages include real-time spectrograms, vector signal analysis, and data export tools for further processing in third-party applications. Is remote control and automation supported?
Remote control via Ethernet, USB, and PCIe interfaces allows automated test sequences, script-driven workflows, and integration into larger test systems.