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General| Brand | Mohr |
|---|---|
| Model | CT100B Series |
| Category | Measuring Instruments |
| Language | English |
Overview of the CT100B TDR Metallic Cable Analyzer's capabilities and applications.
Details on operating the CT100B using AC adapter or internal NiMH batteries.
Instructions for inspecting the CT100B package for damage and verifying contents.
Essential steps to discharge static electricity before connecting cables to prevent damage.
Guidelines for using the correct AC power adapter and avoiding electrical shock.
Information on proper grounding for electrical safety and preventing measurement errors.
Critical safety instructions for connecting cables to prevent damage to sampling electronics.
Guidelines for safely handling the instrument in various environments.
Instructions on how to power on and operate the CT100B using AC or battery.
Detailed description of all buttons, knobs, and connectors on the front panel.
Explanation of the CT100B's menu system and function button operations.
Guidance on selecting appropriate connections for accurate TDR testing.
Identification of common cable faults like opens, shorts, and partial faults in TDR traces.
Procedure for setting or finding the Velocity of Propagation for accurate measurements.
Steps for measuring the distance to a fault in a cable using TDR.
Instructions on performing cable scans for detailed analysis and comparison.
How to select, annotate, save, and manage TDR traces on the instrument.
Creating traces by subtracting one trace from another to highlight changes.
Procedure for creating S11 return loss plots using calibration standards.
Creating normalized TDR traces for improved impedance accuracy and aberration reduction.
Technique to extract real reflection coefficients and impedance by removing multiple reflections.
Fundamental principles of TDR measurement and waveform construction.
Detailed explanation of how various cable faults appear on a TDR trace.
Understanding Velocity of Propagation and its importance in TDR measurements.
The relationship between DTF, cable length, Vp, and the speed of light.
How TDR instruments calculate impedance from reflection coefficients.
Detailed electrical characteristics and performance parameters of the CT100B.
Operating and non-operating temperature ranges for the instrument.
List of necessary equipment for performing operator performance checks.
Procedures to verify the calibration and performance of the CT100B unit.
Step-by-step guide for safely removing and replacing the internal battery pack.
Recommended calibration interval and procedures for scheduling calibration.
Procedure to verify the instrument powers on correctly.
Diagrams and flowcharts to assist in diagnosing instrument problems.
List of subassemblies and parts for the CT100B instrument.
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