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Whether it’s motor control for new‑energy vehicles, surge current capture in switch‑mode power supplies, inverter and transformer design, dynamic analysis of semiconductor devices, transient monitoring in avionics, or product development in industrial automation, industrial‑control and consumer‑electronics design, large‑motor testing, and power‑system analysis—high bandwidth, high current capability, and high precision are all critical testing challenges throughout the product development and validation process. The Micsig CP3008 series of high‑frequency AC/DC current probes addresses these challenges with an impressive 8 MHz bandwidth, ±1% accuracy, a dual‑range design spanning 50 A and 300 A, and support for peak measurements up to 500 Apk. Designed specifically to meet these demanding requirements, the probes feature a standard BNC interface, making them compatible with oscilloscopes from all major brands.

The motor controller is one of the key components of the electric control system in new energy vehicles.

On December 7, 2024, the 15th Asia Power Technology Development Forum, hosted by Century Power Network, grandly opened at the W Hotel in Shenzhen.

In an era of rapid advancements in green energy and power semiconductor technologies, power electronics is evolving at an unprecedented pace, placing increasingly stringent demands on test and measurement instruments.

Sampling rate, as one of the key indicators of oscilloscope performance, directly affects the accuracy and completeness of waveforms.

Portable and efficient test instruments play a crucial role in a wide range of fields such as after-sales technical support for enterprises, logistics support, automotive and home appliance repair, and elevator maintenance. As the pioneer of tablet oscilloscopes, Micsig, with its deep industry accumulation and spirit of innovation, is proud to introduce today the MHO1 series - a 12-bit high-resolution oscilloscope that combines thinness and high performance, setting a new benchmark for portable oscilloscopes!

Third-generation semiconductor materials, especially Silicon Carbide (SiC) and Gallium Nitride (GaN), show great market prospects in electric vehicles, renewable energy, industrial power supplies, military and aerospace, fast charging technology, wireless communication, consumer electronics, and other fields.

To further enhance our brand image, we are undertaking a comprehensive overhaul of our brand logo.

In the realm of electronic testing and measurement, the precise capture of electrical signals is the key to success. However, real-world scenarios are often complex and variable, with signals inevitably subjected to various interferences during transmission.