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Micsig SigOFIT MOIP500P, 500MHz, Optical-fiber Oscilloscope Isolated Probe

£7758.00 (£9309.60 inc. VAT)

Available on back-order

SKU: MOIP500 Categories: , , Tag: Brand:

Description


Micsig SigOFIT MOIP500P, 500MHz, Optical-fiber Oscilloscope Isolated Probe

Introducing the Micsig SigOFIT™ Probe, designed with exclusive optical isolation technology for unparalleled signal accuracy. With up to 100MHz bandwidth and a common-mode rejection ratio (CMRR) of 180dB at DC, this probe ensures precise testing of differential signals from ±0.01V to ±6250V. It’s the ideal tool for high-voltage, high-bandwidth applications such as GaN and SiC device testing, motor drive design, and power converters.

Perfect for engineers working on high-frequency, high-voltage applications, the SigOFIT probe provides true signal integrity, even in the most demanding conditions.

See all Attenuating tips here

Key Features
  • 100 MHz bandwidth
  • 180dB CMRR at DC, 108dB at 1GHz
  • ±6250V differential input voltage range
  • Auto-calibration in just 1 second
  • Compatible with all BNC-type oscilloscopes
Applications
  • 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

Product Images

Real Optical Isolation Technology<br /> <br /> Lasers transmit signals + Power over fibre (no batteries needed, the power supply is more pure), realizes continuous test for 365 days.

Real Optical Isolation Technology

Safe to Test GaN<br /> <br /> The test leads of SigOFIT probe are short and with coaxial cable transmission, the input capacitance is as low as 1pF minimum, very safe to test GaN.

Safe to Test GaN

Best Probe for Third-Gen Semiconductor<br /> <br /> SiC & GaN device can switch high voltages in a few nanoseconds, the signal may have high-energy high-frequency harmonics.<br /> <br /> Even at the highest bandwidth, the SigOFIT probe still have nearly 100dB CMRR, perfectly suppressed the oscillation caused by high-frequency common-mode noise, no redundant components. It's the best choice for 3rd-gen semiconductor test & measurement.

Best Probe for Third-Gen Semiconductor

Highest Accuracy<br /> <br /> As the ultimate referee of signal fidelity, SigOFIT optical-fibre isolated probe delivers highest test accuracy. It has excellent amplitude-frequency characteristics, DC gain accuracy ≤1%, while noise ≤ 0.45mVrms. Zero drift<0.1% (works 5 mins later), gain drift also <1%.

Highest Accuracy

Present True Signal<br /> <br /> SigOFIT probe has highest common mode rejection ratio, or CMRR, up to 122dB at 200MHz, over 100dB at 1GHz. It's the ultimate referee of signal fidelity measured by other voltage probes.

Present True Signal

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Real Optical Isolation Technology

Lasers transmit signals + Power over fibre (no batteries needed, the power supply is more pure), realizes continuous test for 365 days.
Safe to Test GaN

The test leads of SigOFIT probe are short and with coaxial cable transmission, the input capacitance is as low as 1pF minimum, very safe to test GaN.
Best Probe for Third-Gen Semiconductor

SiC & GaN device can switch high voltages in a few nanoseconds, the signal may have high-energy high-frequency harmonics.

Even at the highest bandwidth, the SigOFIT probe still have nearly 100dB CMRR, perfectly suppressed the oscillation caused by high-frequency common-mode noise, no redundant components. It's the best choice for 3rd-gen semiconductor test & measurement.
Highest Accuracy

As the ultimate referee of signal fidelity, SigOFIT optical-fibre isolated probe delivers highest test accuracy. It has excellent amplitude-frequency characteristics, DC gain accuracy ≤1%, while noise ≤ 0.45mVrms. Zero drift<0.1% (works 5 mins later), gain drift also <1%.
Present True Signal

SigOFIT probe has highest common mode rejection ratio, or CMRR, up to 122dB at 200MHz, over 100dB at 1GHz. It's the ultimate referee of signal fidelity measured by other voltage probes.

Product Videos

YouTube Video
Micsig Optical Isolated Probe MOIP Series Basic Operation and Precuations
YouTube Video
How Optical fiber Probe Wins Over Differential Probe
YouTube Video
EEVblog 1557 - Micsig SigOFIT Optical Fibre Probe + GaN Experiment
YouTube Video
How can you achieve more than 99% power electronic conversion efficiency?
YouTube Video
Micsig | Application of Optical Isolated Probe in Double Pulse Testing 1080p
YouTube Video
Micsig | GaN Blow Up!？Optical Isolated Probe Tells Why 1080p
YouTube Video
Micsig | Optical Isolated Probe MOIP Series Basic Operation and Precautions
YouTube Video
Micsig | SigOFIT Optical Fiber Isolation Probe Introduction
YouTube Video
Micsig | When testing SiC and GaN, you may notice Vgs oscillations or an unstable Miller plateau.

Documentation


SigOFIT Optical-fibre Probe Specifications:

Model & Ordering Name MOIP100P MOIP200P MOIP350P MOIP500P MOIP800P MOIP1000P
Bandwidth 100MHz 200 MHz 350 MHz 500 MHz 800 MHz 1 GHz
Rise time ≤3.5ns ≤1.75ns ≤1ns ≤700ps ≤500ps ≤450ps
Output Voltage Range ±1.25V ±500mV
Noise <450μVrms <450μVrms
Propagation delay 15.42ns (2m fiber length) 16ns (2m fiber length)
Power supply DC 12V
DC Gain accuracy 1%
Common mode voltage range 85kVpk
Fiber cable length 2m (Customizable)

SigOFIT Optical-fibre Probe Attenuators and Specifications for this model:

Model Atten. Tip model Jack type Attenuation ratio Voltage range Non-destructive voltage (Max.) Input impedance
MOIP500P OP20-5 MMCX 20:1 @0dB
2:1 @20dB		 ±10V
±1V		 1000Vpp 4.47MΩ || 4pF
OP50-5 (Standard) MMCX 50:1 @0dB
5:1 @20dB		 ±25V
±2.5V		 1000Vpp 4.19MΩ || 2pF
OP100-5 MMCX 100:1 @0dB
10:1 @20dB		 ±50V
±5V		 1000Vpp 4.10MΩ || 2pF
OP2000-5 (Standard) MCX 2000:1 @0dB
200:1 @20dB		 ±1000V
±100V		 2500Vpp 20.52MΩ || 1pF
OP5000-5 MCX 5000:1 @0dB
500:1 @20dB		 ±2500V
±250V		 3600Vpp 40.92MΩ || 1pF
OP10000-5 LCX 10000:1 @0dB
1000:1 @20dB		 ±5000V
±500V		 8000Vpp 40.82MΩ || 2.4pF
Attenuating tip jack type Standard kit
MCX 5 x MCX jacks + 1 x MCX coaxial lead
MMCX 5 x MMCX jacks + 1 x MMCX coaxial lead
LCX 1 x LCX coaxial lead

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