What to do if Natus Measuring Instruments has a missing or bad signal?
If you're experiencing a missing or bad signal with your Natus Measuring Instruments, try swapping cables to the Breakout Box. You can also run a channel test to diagnose the issue.
How to run a channel test on Natus Measuring Instruments?
To run a channel test on Natus Measuring Instruments: 1. Set the LFF to 0.1 Hz on the montage settings toolbar. 2. Go to Controls->Channel Test. 3. Click Sine or Square in the first menu on the Channel Test control bar. 4. Adjust the waveform frequency and amplitude on the Channel Test control bar as needed.
General| Brand | natus |
|---|---|
| Model | neuro Embla NDx |
| Category | Measuring Instruments |
| Language | English |
Details about Natus Medical Incorporated, contact information, and copyright.
Overview of Natus Brain Monitor & Embla Dx Series amplifiers, their design, and product variations.
Specifies the purpose and application of the Natus Brain Monitor Amplifier in clinical settings.
Outlines compliance with general safety, usability, and EMC standards for Natus amplifiers.
Details compliance with IEC 60601-1-2 (Emissions, Immunity) and FCC regulations.
Lists contraindications, general warnings, and specific precautions for safe system operation.
Details the Natus Base Unit and various breakout boxes (Brain Monitor, NDx, SDx) with their ports.
Comprehensive technical data for Brain Monitor and Embla Dx Series amplifiers, including environmental conditions.
Guides on connecting the Natus Base Unit to computers and breakout boxes.
Instructions for configuring IP address and understanding touchscreen interface icons.
Covers initial setup, operation, and key features like patient connection and study initiation.
Procedures for routine maintenance, cleaning, and proper disposal of the system.
Provides a checklist and steps to resolve common operational problems and signal issues.
Information on obtaining support and a list of compatible accessories and replacement parts.
Includes digital trigger input, headcap connector wiring, and frequency response curves.
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