Supports operation linked with external devices! Inspections are conducted according to the specified conditions.
The "MMT-2K" is a device used to measure the dielectric strength characteristics of electronic devices that support multi-channel measurement. It allows for characteristic testing with arbitrary voltage and current bias for up to 8 channels (P1 to P8). It also supports operation in conjunction with external devices (such as PCs). Testing is conducted based on data saved on an SD card or conditions set by the SELECT switch. 【Features】 ■ Measures the dielectric strength characteristics of electronic devices that support multi-channel measurement. ■ Allows for characteristic testing with arbitrary voltage and current bias for up to 8 channels (P1 to P8). ■ Conducts testing based on data saved on an SD card or conditions set by the SELECT switch. ■ Supports operation in conjunction with external devices (such as PCs). ■ Customization and production of various measuring instruments are also available. *For more details, please refer to the PDF document or feel free to contact us.
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【Specifications (Partial)】 ■ Voltage setting range: DC 0 to 2000V (resolution 1.0V) ■ Current setting range: 0 to 10mA (resolution 1.0µA) ■ Voltage measurement resolution: 1.0V ■ Current measurement resolution: 0.1µA ■ Bias accuracy: ±0.5% (voltage, current) ■ Measurement accuracy: ±1% (voltage, current) ■ Program: SD card method (up to 64 types, each capable of registering 128 patterns) ■ External interface: RS232C, USB *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Proact Co., Ltd. specializes in the development of various printed circuit boards and the construction of systems linked to PCs. Focusing on the design and production of inspection equipment (function testers) and various devices, we concentrate on measurement and control technologies in the field of power electronics, including automotive electrical components, power semiconductors, and various energy-related areas.