Micsig
Micsig RCP Series Rogowski AC Current Probe - 60A to 6000A
Micsig RCP Series Rogowski AC Current Probe - 60A to 6000A
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Overview
The Micsig RCP Series Rogowski AC Current Probe is an advanced measurement tool designed for professional electronic design engineers working with high-frequency and high-current applications. With a bandwidth of 2Hz to 30MHz and the ability to measure AC currents up to 6000Apk, this probe is ideal for a wide range of power electronics and semiconductor testing scenarios.
The RCP Series features a thin, flexible 1.6mm diameter coil that easily wraps around conductors and passes through narrow spaces, such as the pin legs of TO-220 semiconductor devices. This design allows for accurate measurements in hard-to-reach areas of circuits, including compact chip packages like TO-47.
Offering typical accuracy of 2% and minimal insertion impedance, the RCP Series provides reliable results while minimizing interference with the device under test. Its high-frequency capabilities make it particularly suitable for observing harmonic components in MOSFET Id current measurements and performing double-pulse dynamic tests on SiC and GaN devices.
Compatible with standard oscilloscopes via BNC interface, the Micsig RCP Series is an essential tool for engineers working on motor drives, power quality analysis, and power converter development. Its versatility and precision make it indispensable for modern electronic design challenges.
Functions
Friendly User Interface
With over 10 years of UI design experience, the MHO 3 series simplifies all user interfaces so engineers can quickly learn to use in 5 minutes.
Deep Memory Depth
With memory depth of up to 360Mpts, there is no reduction in performance even with two channels opened at the same time
Digital Filtering
Digital filtering can selectively allow or block signal components
within specific frequency ranges.
Low Noise
Even at its full bandwidth of 500MHz, the noise floor is still less than 80μVrms, allowing engineers accurately capture weak but important signals.
Advanced Math Functions
Support various mathematical calculations: addition, subtraction, multiplication, division, integration, differentiation, etc.
Supports custom function formula for advanced signal analysis.
Multiple Trigger Functions
The MHO 3 series provides multiple triggers, including edge, pulse width, logic, Nth edge, Runt, slope, bus decoding, etc.
Friendly User Interface
With over 10 years of UI design experience, the MHO 3 series simplifies all user interfaces so engineers can quickly learn to use in 5 minutes.
Deep Memory Depth
With memory depth of up to 360Mpts, there is no reduction in performance even with two channels opened at the same time
Digital Filtering
Digital filtering can selectively allow or block signal components
within specific frequency ranges.
Low Noise
Even at its full bandwidth of 500MHz, the noise floor is still less than 80μVrms, allowing engineers accurately capture weak but important signals.
Advanced Math Functions
Support various mathematical calculations: addition, subtraction, multiplication, division, integration, differentiation, etc.
Supports custom function formula for advanced signal analysis.
Multiple Trigger Functions
The MHO 3 series provides multiple triggers, including edge, pulse width, logic, Nth edge, Runt, slope, bus decoding, etc.