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PCIM Directory – Suppliers and Solutions for Power Electronics

Search and find – our supplier directory provides a comprehensive overview of industry players, featuring detailed profiles of the PCIM Expo exhibitors 2025 as well as the latest solutions and products in power electronics.

Overview

Cleverscope Limited

You can find us here:

  • PCIM

Address

Cleverscope Limited
Lancing Rd. 21A
1025 Auckland
New Zealand

Telephone+64 9-558 3417

Contact

About us

Cleverscope makes isolated channel oscilloscopes for the power electronics market. We specialize in measuring the high side. We make a tool set that does all the things needed to verify your power electronics design, and then test it - as a prototype or in production. So here are the things we have using our CS548 oscilloscope and accessories:

  • The CS548 fiber isolated channel oscilloscope. 200 MHz BW, 14 bit, 0.15% accuracy. 2kV isolation channel - channel, 100 dB CMRR at 50 MHz.
  • The CS1200 remote fiber isolated Voltage Digitizer (VD). 200 MHz BW, 14 bit, 0.15% accuracy. 30 kV isolation with 15 cm spacing. Fiber length can be 1 - 30m.
  • The CS1201 remote fiber isolated Current Digitizer (CD). 200 MHz BW, 14 bit, 0.15% accuracy using the CS1501 solder in shunt sensor, 1 mOhm, 160 pH insertion inductance.
  • The CS1301 Isolated digital 4x input pod for measuring logic signals with high common mode voltages of up to 1130V DC.
  • The CS1302 isolated digital 4x output,1 input pod. Used with Pulse Builder to control a half bridge or make DPT pulses, with a common mode voltage up to 1130V.
  • The CS1133 Vsat sensor used to make isolated measurements of a transistor On voltage, to determine conduction loss and RdsOn.
  • The CS1070 50 MHz power amplifier with 36Vpp 1A output for wide bandwidth higher power FRA or power supply perturbation.
  • A software application, and DLL driver to control between 1 and 4 oscilloscopes as a single 4-16 channel oscilloscope, capable of streaming to hard disk, doing Time and Spectrum, Symbolic Maths, Matlab integration, FRA, Protocol Decoding and Signal Statistics.
  • Isolated measurement of signals with a common mode voltage change of 100V/ns at up to 2kV common mode (internal channel) or 30kV (external channel).
  • Really good resolution (14 bit) with noise free measurement of 1 part in 1300.
  • An isolated signal generator (also 100V/ns common mode) to do Frequency Response Analysis (FRA). Use it for stability analysis and gain/phase on working power electronics modules, Impedance measurement of power planes, inputs and outputs, and measurement of inductors and capacitors over frequency.
  • Two pod high speed interfaces for future I/O expansion.

And these are the things that are coming in the future:

  • Software for automatic loss calculation during double pulse testing.
  • A full bridge controller pod for rapid prototyping, including signal generation in the scope.

We have been making isolated oscilloscopes since 2019, and using our FPGA based field programmable design, we have been expanding the capabilities of our scopes ever since. Our scopes will just get better at doing the things you need to get done.

Keywords

  • oscilloscope
  • isolated oscilloscope
  • power electronics measurement