Micsig oscilloscope Votagle probe DP20003/DP10007/DP10013 can be used with any brand of oscilloscope,Easy self-calibration,Powered by USB output (DC 5V) (DP10013)

Availability: 5
ID: 518290
Product Code: ANEB0CNV6C27JT

403.66€
(Ex Tax: 333.60€)

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Description
Light weight and compact size, easy to carry Powered by USB output (DC 5V) from oscilloscope, apply easily to floating measurements. Easy self-calibration No mechanical switches, support self-illuminating button USB DC power output,convenient for cascading power supply › See more product details; Product description Micsig DP series differential probe can convert the input high voltage differential signal into single-ended Low-voltage signal, and display through the oscilloscope. Available with low and high attenuation option, the differential measurement voltage can reach up to 700V/ 1300V/5600V. 1)Twisting the input leads together can help reduce noise and improve the probe's high frequency response when measuring signals. Please view the diagram below for an example: 2) Extending the inputleads may introduce more noise during measurement. If extra extension lead is necessary, please ensure the extension leads are of equal length and the input signal frequency is under 10MHz. Otherwise, measurement errors may occur. 3) While measuring a high frequency signal, don't touch the end of the input lead with your hand or other objects. Otherwise, it may affect the accuracy of the measurement. 4) Ensure that you use an oscilloscope with an input impedance of at least 1MΩ and bandwidth of at least 100MHz. 5) Turn on the oscilloscope or externally powered instrument and let the probe and equipment warm up for 20 minutes 6) When a substantial change in temperature or other circumstances affect the accuracy of the probe's zero point, a calibration is needed: shortthe input terminals of the probe, then power the probe while simultaneously pressing the Attenuation Range Buttons/Indicators for three seconds.; Product description Micsig DP series differential probe can convert the input high voltage differential signal into single-ended Low-voltage signal, and display through the oscilloscope. Available with low and high attenuation option, the differential measurement voltage can reach up to 700V/ 1300V/5600V. 1)Twisting the input leads together can help reduce noise and improve the probe's high frequency response when measuring signals. Please view the diagram below for an example: 2) Extending the inputleads may introduce more noise during measurement. If extra extension lead is necessary, please ensure the extension leads are of equal length and the input signal frequency is under 10MHz. Otherwise, measurement errors may occur. 3) While measuring a high frequency signal, don't touch the end of the input lead with your hand or other objects. Otherwise, it may affect the accuracy of the measurement. 4) Ensure that you use an oscilloscope with an input impedance of at least 1MΩ and bandwidth of at least 100MHz. 5) Turn on the oscilloscope or externally powered instrument and let the probe and equipment warm up for 20 minutes 6) When a substantial change in temperature or other circumstances affect the accuracy of the probe's zero point, a calibration is needed: shortthe input terminals of the probe, then power the probe while simultaneously pressing the Attenuation Range Buttons/Indicators for three seconds.; Micsig DP series differential probe can convert the input high voltage differential signal into single-ended Low-voltage signal, and display through the oscilloscope. Available with low and high attenuation option, the differential measurement voltage can reach up to 700V/ 1300V/5600V. 1)Twisting the input leads together can help reduce noise and improve the probe's high frequency response when measuring signals. Please view the diagram below for an example: 2) Extending the inputleads may introduce more noise during measurement. If extra extension lead is necessary, please ensure the extension leads are of equal length and the input signal frequency is under 10MHz. Otherwise, measurement errors may occur. 3) While measuring a high frequency signal, don't touch the end of the input lead with your hand or other objects. Otherwise, it may affect the accuracy of the measurement. 4) Ensure that you use an oscilloscope with an input impedance of at least 1MΩ and bandwidth of at least 100MHz. 5) Turn on the oscilloscope or externally powered instrument and let the probe and equipment warm up for 20 minutes 6) When a substantial change in temperature or other circumstances affect the accuracy of the probe's zero point, a calibration is needed: shortthe input terminals of the probe, then power the probe while simultaneously pressing the Attenuation Range Buttons/Indicators for three seconds.
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