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- 15:31, 20 April 2026 NVGate V18: Install Process (hist | edit) [4,110 bytes] Chaoran.du (talk | contribs) (Created blank page)
- 18:05, 17 April 2026 NVGate V18: Release note (hist | edit) [9,208 bytes] Chaoran.du (talk | contribs) (Created page with " category:WikiOros category:NVGate V18 OROS continues to invest in practical innovation that helps users move faster from measurement to decision. With NVGate V18, the focus is clear: remove workflow bottlenecks, extend analysis reach in demanding transient conditions, simplify setup, and reward loyal customers with immediate new value. Customers under contract automatically benefit from each release. Fil...")
- 15:34, 17 April 2026 SRS Tool — Shock Response Spectrum Analyser (hist | edit) [29,305 bytes] Lmagimel (talk | contribs) (Created page with "{{DISPLAYTITLE:SRS Tool — User Guide}} __TOC__ = SRS Tool — Shock Response Spectrum Analyser = '''SRS Tool''' is a professional Shock Response Spectrum (SRS) analysis application developed for structural dynamics engineers working with OROS NVGate acquisition systems. It reads recorded time signals directly from NVGate project folders, computes SRS using the Smallwood (1981) recursive digital filter, and injects results back into NVGate as live TCP result channels...")
- 11:08, 15 April 2026 THD Sweep Measurement (hist | edit) [14,175 bytes] Lmagimel (talk | contribs) (Created page with "# Wiki: THD Sweep Measurement System This software allows for continuous measurement of **Total Harmonic Distortion (THD)** during a frequency sweep (sweep sine) with an OROS system. ## 🚀 Installation & Launch ### Using the Executable (Recommended) 1. Go to the `dist/` folder. 2. Launch `THD_Sweep_Measurement.exe`. *Note: The executable is standalone and contains all dependencies.* ### Using Python Sources 1. Ensure you have Python 3.8+ (32-bit preferred for NVGat...")