It is optimal for detecting overcurrent between the load device and GND, preventing degradation or destruction of ICs and components from overcurrent due to load short circuits, etc.!
This product monitors overcurrent by inserting a current detection resistor between the load device and GND, and it outputs a signal (High signal) to indicate an abnormal condition when overcurrent is detected. It has a built-in timer circuit, allowing the detection time to be set using an external resistor and capacitor for the time constant. The product includes an RS latch circuit, which continues to output an abnormality signal regardless of the presence of overcurrent after detecting overcurrent beyond the timer duration. To reset the latch, it is necessary to either reapply power or input a reset signal to the product, ensuring safe resumption of operation. As it is a low-side overcurrent detection type, the IC can operate with a separate power supply from the load. Therefore, it is also capable of detecting overcurrent for loads powered by high-voltage supplies.
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basic information
□Features ●Low-side overcurrent detection (detects overcurrent between load device and GND) ●Built-in output hold function (with reset terminal) ●Open collector output ●Initial reset function available (applies reset signal when VCC is low) ●Built-in timer function ●Compact surface mount package (SC-74; 2.8mm × 2.8mm) □Similar Products ●RT8H010C (high-side detection type timer latch function built-in overcurrent detection IC: SC-74) *This type detects overcurrent between the power line and load device.
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Applications/Examples of results
Customers configuring power supplies can use this for a wide range of industrial equipment applications where overcurrent protection features are desired. ● Overcurrent protection circuit in power supplies ● Overcurrent protection circuit for motors
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Company information
Isahaya Electronics began production of small signal transistors in 1973 and has evolved its semiconductor technology into design technologies for gate drivers and DC/DC converters. In recent years, the company has also focused on developing high-efficiency, high-power-factor power supply technologies to contribute to carbon neutrality. (Three-phase PFC, 1500V input compatible DC/DC converters, bidirectional converters, etc.) Meanwhile, to meet diverse needs, small signal transistors have also evolved with enhanced functionality and integration, expanding the lineup of high-voltage, high-current transistors, MOSFETs, and analog ICs.
