Micsig Technology is a modern manufacturer of digital oscilloscopes, portable measurement systems, and diagnostic accessories, specializing in advanced solutions for engineers, electronics professionals, and service technicians. The company has gained recognition for its tablet-style touchscreen oscilloscopes, which combine ergonomics, mobility, and high functionality, making precise signal analysis easier across various measurement environments.
There are 142 products.
A probe tip with attenuation factor of 100X. Dedicated to Micsig probes from the SigOFIT series operating in the 500 MHz frequency band. Micsig OP100-5
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A probe tip with attenuation factor of 5000X. Dedicated to Micsig probes from the SigOFIT series operating in the 500 MHz frequency band. Micsig OP5000-5
No product available!
A probe tip with attenuation factor of 10000X. Dedicated to Micsig probes from the SigOFIT series operating in the 500 MHz frequency band. Micsig OP10000-5
No product available!
A 20X attenuation factor probe tip. Designed for Micsig probes from the SigOFIT series operating in the 100MHz, 200MHz and 350MHz frequency bands. Micsig OP20-3
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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
No product available!
A probe tip with attenuation factor of 200X. Dedicated to Micsig probes from the SigOFIT series operating in the frequency band of 100MHz, 200MHz and 350MHz. Micsig OP200-3
No product available!
A 1000X attenuation factor probe tip. Designed for Micsig SigOFIT series probes operating in the 100MHz, 200MHz and 350MHz frequency bands. Micsig OP1000-3
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A probe tip with attenuation factor of 2000X. Dedicated to Micsig probes from the SigOFIT series operating in the frequency band of 100MHz, 200MHz and 350MHz. Micsig OP2000-3
No product available!
A portable tablet oscilloscope with an 8-inch LCD display and a touch screen. It has four channels and has good measurement parameters: 100 MHz bandwidth, 1 GSa/s sampling rate and 70 Mpts memory buffer. Micsig STO1004 Standard Kit
No product available!
Insulated fiber optic probe with a measuring range up to 2500 V. It works in the band up to 500 MHz, it can be connected to the oscilloscope via the BNC connector. Comes with a 10X attenuation tip. Micsig MOIP500P
No product available!
A portable Smart oscilloscope with an 8-inch LCD display and a touch screen. It has two measurement channels and has good measurement parameters: 300 MHz band, 2 GSa/s sampling rate and 280 Mpts memory buffer. Micsig STO2302C
No product available!
Probe for measuring direct and alternating current up to 100 A. It works in the 800 kHz band, it can be connected to the oscilloscope through the BNC connector. Powered by USB. Micsig CP2100A
No product available!
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
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Probe for measuring direct and alternating current up to 30 A. Works in the band up to 50 MHz, can be connected to the oscilloscope through the BNC connector. Powered by USB. Micsig CP503B
No product available!
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
No product available!
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 perfect 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 RCP600XS
No product available!
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 RCP300XS
No product available!
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
No product available!
Insulated fiber optic probe with a measuring range up to 2500 V. It works in the band up to 100 MHz, it can be connected to the oscilloscope via the BNC connector. Comes with a 10X attenuation tip. MOIP100P
No product available!
Isolated optical-fiber probe Micsig MOIP200P Gen 3 designed for differential measurements in power electronics systems, SiC and GaN applications, and high-voltage environments. The probe operates with bandwidth up to 200 MHz and uses SigOFIT optical isolation technology providing high CMRR, low noise level, and galvanic isolation up to 85 kVpk. Supports interchangeable attenuator tips and works with oscilloscopes equipped with a 50 Ω BNC input. Micsig MOIP200P Gen 3
No product available!
Micsig offers a wide range of portable and benchtop oscilloscopes equipped with a touchscreen display, significantly enhancing usability and waveform analysis. Featuring large LCD screens, an intuitive interface, and an integrated operating system, these devices enable fast and precise measurements in both laboratory and field environments. Gesture control allows users to zoom, scroll, and analyze data in real time, speeding up diagnostics and ensuring ease of use.
Micsig oscilloscopes are characterized by high sampling rates and large internal memory, allowing for precise signal analysis in electronic circuits. Utilizing modern analog-to-digital converters, these devices deliver accuracy and fast data processing, while built-in mathematical functions facilitate interpretation.
Micsig devices support USB ports as well as wireless connectivity via Wi-Fi and Bluetooth, enabling fast data transfer and easy integration with computers, mobile devices, and other measurement systems. The ability to remotely control the oscilloscope and export test results makes these instruments an ideal choice for professionals working in dynamic environments.
Micsig provides high-quality measurement accessories that enhance the functionality and precision of oscilloscopes. These include differential probes for accurate differential signal analysis in electronic circuits, as well as voltage converters, crocodile clips, and BNC cables for stable connections in various test applications. Designed for reliability and ergonomic use, Micsig accessories ensure comfort and efficiency in testing environments.
Micsig has developed a virtual oscilloscope that allows remote monitoring and signal analysis via a computer or mobile device. This solution is ideal for research laboratories, automotive industries, and IoT systems, enabling users to work across multiple platforms and access real-time data.
Micsig oscilloscopes and accessories are widely used in electronics repair, research laboratories, automotive diagnostics, and industrial automation. With durable housing and a portable design, these devices perform well in both stationary and field applications. Additionally, Micsig’s multimeters and other measurement tools support precise testing of electronic components and semiconductors.
With an innovative approach, intuitive solutions, and high-quality craftsmanship, Micsig has become a leader in next-generation oscilloscopes. The company continues to develop its products, introducing advanced measurement technologies that ensure reliability and precision in electrical signal analysis.
