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精准・稳定・高效|零温漂・免校准|麦科信第三代光隔离探头正式发布!
From November 6 to 10, 2025, the Fourth China Power Electronics and Energy Conversion Conference & Exhibition (CPEEC), the 28th Annual Academic Conference of the China Power Supply Society (CPSSC 2025), and the finals of the 11th University-Level Power Electronics Application Design Competition were held at the Shenzhen International Convention and Exhibition Center.
2026-07-08
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麦科信(Micsig)亮相AI PowerDC算力供电创新技术领军论坛,硬核科技,惊艳亮相
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.
2026-07-31
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High-Voltage Differential Probe DP Series Product Upgrade Notice
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.
2026-07-31
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麦科信科技获评国家级专精特新“小巨人”企业
Micsig CP3008 series high-frequency AC/DC current probe is a professional device designed for accurate measurement of large currents.
2026-07-31
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高压差分探头DP 系列产品升级通知
Micsig RCP Series Rogowski Current Probe (Rogowski Coil) supports customizable configurations to meet user-specific requirements.
2026-07-31
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麦科信新品发布,8MHz,300Arms高频交直流电流探头!
Since Micsig's disruptive invention of the first tablet oscilloscope in 2012, tablet oscilloscopes have undergone six generations of development and transformation.
2026-07-31
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高压差分探头DP系列升级通知
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.
2026-07-31
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