News

Recently, the Ministry of Industry and Information Technology announced the latest list of national-level “Little Giant” enterprises specializing in niche fields. Shenzhen Maikexin Technology Co., Ltd. was successfully included, signifying that Maikexin’s professional expertise and growth potential have received authoritative national recognition.

To accommodate a wider range of test application scenarios and accelerate test deployment, our company has officially completed the upgrade of the DP series high‑voltage differential probes—from a split‑type to an integrated design—marking a comprehensive refresh and iteration across the entire product line.

Micsig CP3008 series high-frequency AC/DC current probe is a professional device designed for accurate measurement of large currents.

Micsig RCP Series Rogowski Current Probe (Rogowski Coil) supports customizable configurations to meet user-specific requirements.

Since Micsig's disruptive invention of the first tablet oscilloscope in 2012, tablet oscilloscopes have undergone six generations of development and transformation.

Silicon Carbide (SiC) MOSFETs are metal-oxide-semiconductor field-effect transistors fabricated using the wide-bandgap semiconductor material SiC. Compared with traditional silicon (Si) MOSFETs, they exhibit superior characteristics including higher breakdown voltage, lower on-resistance, faster switching speeds, and enhanced high-temperature/high-frequency performance.

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.