HT201 - 20:1 signal attenuator for oscilloscope

Universal oscilloscope probe with BNC plug and 10:1 voltage divider. It has a frequency range of 60 MHz and allows you to perform measurements with a maximum voltage of up to 600 V.

Test probe tip with 20X attenuation factor. Dedicated to Micsig probes from the SigOFIT series operating in the 800 MHz and 1 GHz frequency band. Micsig OP20-1G

Test probe tip with 1000X attenuation factor. Dedicated to Micsig probes from the SigOFIT series operating in the 350 MHz and 500 MHz frequency bands. Micsig OP1000-5

Product available on request. Please send your inquiry to the following address: sales@kamami.com

The probe tip has a 50X attenuation factor. Designed for Micsig probes from the SigOFIT series operating in the 100MHz, 200MHz and 350MHz frequency band. Micsig OP50-3

Rogowski-type current probe for precise measurements of alternating currents with a frequency of up to 30 MHz. Thanks to the flexible coil of 1.6 mm thickness and almost zero impedance introduced, it is ideal for work in hard-to-reach places of power systems. The integrated amplifier and BNC interface enable accurate measurements and easy integration with oscilloscopes, making it an ideal tool for R&D laboratories and power electronics services. Micsig RCP120XS

6-wire test leads that allow the oscilloscope to be connected to various components in the engine compartment without stripping or puncturing the insulation and without risking damage to the connectors. Hantek HT306-2.3mm

Oscilloscope probe designed to analyze signals generated by the ignition coil in car engines. It is compatible with most digital oscilloscopes. Hantek HT20COP

Micsig MDP series differential probe based on advanced SigOFIT technology. It offers a frequency band of 200 MHz and the ability to measure voltage up to 700 V. It uses the popular BNC connector and is powered by a USB Type-C connector. Micsig DP702

A probe with a Rogowski coil dedicated to measuring current in a wide frequency range. Measurements can be made without modifying the circuit under test. Micsig RCP500

Rogowski-type current probe for precise measurements of alternating currents with a frequency of up to 30 MHz. Thanks to the flexible coil of 1.6 mm thickness and almost zero impedance introduced, it is ideal for work in hard-to-reach places of power systems. The integrated amplifier and BNC interface enable accurate measurements and easy integration with oscilloscopes, making it an ideal tool for R&D laboratories and power electronics services. Micsig RCP1200XS

Probe for measuring direct and alternating current up to 30 A. Works in the band up to 100 MHz, can be connected to the oscilloscope through the BNC connector. Powered by USB. Micsig CP1003B

BNC connector adapter cable for mini-grabber clips. Connects to Analog Discovery 2 via a BNC adapter. Digilent 240-136

Universal oscilloscope probe with BNC plug with 100: 1 voltage divider and 100 MHz bandwidth. It allows you to perform measurements with a maximum voltage of 2 kV

Micsig MDP series differential probe based on advanced SigOFIT technology. It offers a frequency band of 300 MHz and the ability to measure voltage up to 1500 V. It uses the popular BNC connector and is powered by a USB Type-C connector. Micsig MDP1503

Rogowski-type current probe for precise measurements of alternating currents with a frequency of up to 30 MHz. Thanks to the flexible coil of 1.6 mm thickness and almost zero impedance introduced, it is ideal for work in hard-to-reach places of power systems. The integrated amplifier and BNC interface enable accurate measurements and easy integration with oscilloscopes, making it an ideal tool for R&D laboratories and power electronics services. Micsig RCP6000XS

The Micsig P300 oscilloscope probe with a BNC connector offers a bandwidth of 300 MHz and a maximum input voltage of 600 V, enabling precise measurements of high-frequency and high-voltage signals. Its high input impedance minimizes impact on the circuit under test, ensuring measurement accuracy. The standard BNC connector ensures compatibility with most oscilloscopes, making it a versatile tool for laboratories and engineering applications.