Overview

The Micsig SigOFITTM optical isolated probe, MOIP Series, offers a bandwidth range from 200 MHz to 1GHz, enabling differential measurements from ±0.01 V up to ±20 kV. Built on Micsig’s exclusive SigOFITTM leading technology, MOIP Series delivers an exceptionally high CMRR, reaching up to 128 dB at 100 MHz, with an isolation voltage of up to 85 kV and an ultra-low noise floor of less than 0.3 mVrms. It reveals the complete truth of signals across its bandwidth range, serving as the ultimate referee for verifying the fidelity of signals measured by other voltage probes.

Product Features

  • Automatic calibration: Ready for measurement upon power-on, no manual calibration required.
  • Complete electrical isolation with isolation voltage up to 85 kV.
  • Ultra-high common-mode rejection ratio (up to 180 dB).
  • High-speed response for accurate and reliable high-frequency signal measurement.
  • Low noise and strong immunity to electromagnetic interference.
  • DC gain accuracy better than 1%.
  • Fiber length: 2 m (customizable fiber length available).
  • Compatible with various attenuators, supporting measurement from ±0.01 V to ±20 kV (differential-mode signals; measurement voltage range is customizable).

Key specifications

Model MOIP1000P MOIP500P MOIP350P MOIP200P
Bandwidth 1GHz 500MHz 350MHz 200MHz
Rise time ≤ 450ps ≤ 800ps ≤ 1ns ≤ 1.75ns
CMRR DC: 180dB
1GHz: 108dB
DC: 180dB
500MHz: 114dB
DC: 180dB
350MHz: 118dB
DC: 180dB
200MHz: 122dB
Differential Voltage Range Standard:
OP50(MMCX), ±25V
OP5000(MCX), ±2500V

Other test ranges customizable.
Standard:
OP50(MMCX), ±25V
OP5000(MCX), ±2500V

Other test ranges customizable.
Standard:
OP50(MMCX), ±25V
OP5000(MCX), ±2500V

Other test ranges customizable.
Standard:
OP50(MMCX), ±25V

Other test ranges customizable.
Noise <0.3mVrms
DC Gain Accuracy 1%
Common Mode Voltage Range 85kVpk
Power Supply DC 12V
Fiber cable length 2m (Customizable)
Interface Universal BNC

Applications

SigOFITTM optical isolated probe reveals the complete truth of signals across its bandwidth range, serving as the ultimate referee for verifying the fidelity of signals measured by other voltage probes.

  • Design of motor drive, power converter, electronic ballast
  • Design of GaN, SiC, IGBT Half/Full bridge devices
  • Design of inverter, UPS and switching power supply
  • Safety test for high voltage, high bandwidth applications
  • Power device evaluation
  • Current shunt measurements
  • EMI & ESD troubleshooting
  • Floating measurements
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