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General| Brand | Cybertek |
|---|---|
| Model | CP8000 Series |
| Category | Measuring Instruments |
| Language | English |
Defines CAUTION notices for potential product damage or data loss.
Defines WARNING notices for potential personal injury or death.
Lists the main characteristics and capabilities of the CP8000 series probes.
Details specifications like model, current, bandwidth, range, and transfer ratio.
Physical description and diagrams for specific CP8000 series models.
Physical description and diagrams for other CP8000 series models.
Explains the sensor head, levers, connectors, and indicator LEDs of the probes.
Details the indicators, process, and function of degaussing and zero setting.
Covers range selection key, manual offset adjustments, and power supply socket.
Step-by-step guide for performing current measurements with the probe.
Detailed steps and importance of degaussing and zero setting before measurement.
Further steps for clamping the probe, aligning the sensor, and ensuring proper closure.
Crucial warnings to avoid short circuits, electric shock, and damage to device or user.
Precautions for handling, storage, cleaning, and avoiding environmental damage.
Important notes on probe output, warm-up, oscillation, reading effects, and closure checks.
Details the included BNC cable and power adapter specifications.
Lists cable and adapter details across different CP8000 series models.
Comprehensive table detailing electrical specs like bandwidth, rise time, current, accuracy, and impedance.
Graphs showing amplitude-frequency response for CP8030B/H, CP8050A, CP8150A, CP8300A, CP8500A.
Graphs showing input impedance vs frequency for CP8030B/H, CP8050A, CP8150A, CP8300A, CP8500A.
Graphs showing continuous maximum input current rating for CP8030B/H, CP8050A, CP8150A, CP8300A, CP8500A.
Details physical attributes like conductor diameter, cable length, clamp dimensions, and probe weight.
Specifies operating and storage temperature, humidity, and altitude limits.
Key considerations for using the probe, including input impedance, saturation, and temperature effects.
Critical warnings regarding connector handling, input range limits, and protection circuits.
Steps for preparing the probe, oscilloscope, and setting the range before use.
Procedure for degaussing and zero setting the probe for accurate measurements.
Guide on clamping, aligning the sensor, and converting voltage to current readings.
Confirms compatibility with any brand oscilloscope due to standard BNC interface.
Explains how to measure small currents using optional ranges and techniques.
Offers advice on high-frequency current measurement and probe locking.
Warns against exceeding peak current values at high frequencies to prevent probe damage.
