The TruDAC™ (true digital-to-analog) is a digital drive interface that replaces the traditional analog drive connections by breaking the ground path between your controller and amplifier. TruDAC simplifies, isolates, and future-proofs your vibration system. Convert from digital to analog in order to reduce noise, support longer cable runs, and detect connection issues.
TruDAC Hardware Setup
Video Tips
ObserVIEW
Tachometers in ObserVIEW
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Data Acquisition
Vibration Analysis of Automatic Machine Gun Fire
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Analysis
Cursors and Time Statistics in ObserVIEW
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Analysis
Playback and Audio Channels in ObserVIEW
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Analysis
Playback and GPS Media Sync in ObserVIEW
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Troubleshooting
VibrationVIEW File Types
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Random
Random Vibration Test Setup from Specification
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Sine
Sine Vibration Test Setup from Specification
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Test Generation
Field Data to Vibration Profile with ObserVIEW
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Random
VibrationVIEW Random Test Notch
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General, Troubleshooting
Setting Up Your Vibration Controller Hardware
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Analysis
ObserVIEW Advanced License
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Analysis
ObserVIEW Basic License
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Sine
Sine Data Reduction Walkthrough
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Test Generation
STAG Stationary RPM in ObserVIEW
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VibrationVIEW
Carry Over Graph Annotations to Reports
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ObserVR1000
DAQ/Analyzer with Reusable Dynamic Strain Gauge
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VibrationVIEW
Activating VibrationVIEW with your Smartphone
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Analysis
ObserVIEW Key Activation
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Analysis
Rotating a Tilted Accelerometer to the Vertical Position
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Analysis
Creating an Average PSD Tutorial
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Analysis
RMS vs Time Tutorial
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Data Acquisition
Experimental Modal Testing Setup in ObserVIEW
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VibrationVIEW
Vibration Test Emergency Stop (E-Stop) Button
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VibrationVIEW
Remote Test Selection & Chamber Integration
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Analysis, Data Acquisition
ObserVIEW Multimedia Sync
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Data Acquisition
ObserVR1000 Headset Microphone
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ObserVR1000
Off-road Test Track Data Recording
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Shock, Test Generation
Create an SRS Enveloped Curve for Vibration Control
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Shakers
Dual Axis in Phase – Multi Loop Control
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Shakers
Setting up a Closed-Loop Electrodynamic Shaker System
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ObserVR1000
ObserVR1000 Hardware Considerations
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ObserVR1000
Electric Vehicle Data Comparison
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Download & Install VibrationVIEW
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Analysis
Install and Activate ObserVIEW
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VibrationVIEW
VibrationVIEW Navigator for Vibration Testing
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Random
Random Vibration Test Tips in VibrationVIEW
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Random
VibrationVIEW Random Test Channels
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Random
VibrationVIEW Random Test Slope
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Random
VibrationVIEW Random Test Limits
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Random
Random Vibration Test Copy-Paste in VibrationVIEW
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Random
VibrationVIEW Random Test Cursors
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Analysis, Random
Analyzer Capabilities in Random Test Mode
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Random
Advanced Random Vibration Test in VibrationVIEW
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Random
Quick Random Vibration Test in VibrationVIEW
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VibrationVIEW
VibrationVIEW Prompt for Run Name
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VibrationVIEW
VibrationVIEW Copy-Paste from File
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Data Acquisition
Connect and Verify the ObserVR1000 GPS
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Random, Test Generation
Kurtosion Introduction
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VibrationVIEW
Generating Reports in VibrationVIEW
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Test Generation
Create and Run a Field Data Replication Test
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VibrationVIEW
Remote Monitoring of Shaker Test
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Transducers
Vibration Control Using a Laser Vibrometer
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ObserVR1000
Automotive Test Track
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ObserVR1000
Bike Data Recording
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ObserVR1000
SawStop Shock Waveform
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ObserVR1000
ObserVR1000 Hardware Overview
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ObserVR1000
ObserVR1000 Autonomous Connection
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ObserVR1000
Motorcycle Data Recording
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ObserVR1000
ObserVR1000 Hardware Capabilities
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VibrationVIEW
VibrationVIEW Analyzer Functions: Pre-Test
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Shakers
Setting Up Angular/Rotary Control With VibrationVIEW
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Test Generation
Using Test Sequencer with VibrationVIEW
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VibrationVIEW
Carry Over Graph Annotations Into MS Word
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Test Generation
Open And Review Saved Test Data Files
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Random
Advantages of a Kurtosion Random Test
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Random
Starting & Equalizing a NAVMAT Random Test
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Random
Measure RMS Values Using Cursors
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Shock
Create an SRS Curve From a Classical Shock Pulse
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Sine
Compare Multiple Sine Sweeps
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Sine
Track the Peak Resonant Frequency in SRTD
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Test Generation
Set Up Drive System Limits for Different Users
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Shakers
Determine Shaker Capabilities in VibrationVIEW
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Test Generation
Test Profiles in Quick Test Mode vs. Advanced Mode
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