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Micsig

Micsig SigOFIT Optical-Fibre Isolated Probe - High CMRR, 1GHz Bandwidth

Micsig SigOFIT Optical-Fibre Isolated Probe - High CMRR, 1GHz Bandwidth

High-Performance Optical-Fibre Isolated Probe for Precision Signal Measurement
SKU: MOIP100P
Bandwidth
Regular price
£2,754.00 inc VAT
£2,295.00 exc VAT
Regular price Sale price
£2,754.00 inc VAT
£2,295.00 exc VAT
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Key Features

  • 1GHz bandwidth for high-frequency signal analysis
  • Up to 180dB CMRR for superior noise suppression
  • 85kVpk common mode voltage for high-voltage applications
  • Optical isolation technology for continuous 365-day operation
  • Wide measurement range from ±0.01V to ±6250V
  • Low 1pF input capacitance for safe GaN device testing
  • Rapid AutoZero functionality for efficient measurements
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Overview

The Micsig SigOFIT optical-fibre isolated probe is a cutting-edge measurement tool for professional electronic engineers. Utilising exclusive SigOFIT™ technology, this probe offers unparalleled signal fidelity and isolation performance. With a bandwidth of DC-1GHz and a common mode voltage of 85kVpk, it unveils the true nature of signals in high-voltage, high-frequency applications.

Boasting an impressive CMRR of up to 180dB, the SigOFIT probe suppresses common-mode noise, making it ideal for testing third-generation semiconductors like SiC and GaN devices. Its low input capacitance of 1pF minimum ensures safe testing of sensitive components. The probe's wide measurement range, from ±0.01V to ±6250V, coupled with its high accuracy (DC gain accuracy ≤1%), makes it versatile for various applications, including motor drive design, power converter testing, and EMI troubleshooting.

Engineered for efficiency, the SigOFIT probe features rapid response times and AutoZero functionality, completing in less than a second. Its optical isolation technology, powered by fibre, enables continuous testing for up to 365 days without battery concerns. This probe is an essential tool for engineers seeking precise, reliable measurements in challenging electronic environments.

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