MCP100-475HI/TO

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

PMIC - Supervisors have become a fundamental part of the modern electronics industry. The Microchip MCP100-475HI/TO is a classic example of a superior quality PMIC - Supervisors. The MCP100-475HI/TO is designed to help electronic engineers reduce the risk that unwanted electronic system faults may occur in their products and applications.

The MCP100-475HI/TO is designed to protect electronic systems from overvoltage and undervoltage extremes and to help protect them from system faults such as supply power overstress, ground bounce, and power outage. The MCP100-475HI/TO can detect an incipient system fault quickly, protect the system, and alert the user of the fault. This type of compact circuit protection can help an electronics engineer design a safer and more reliable system.

The MCP100-475HI/TO is specifically designed to protect in industrial and automotive environments. This type of circuit protection device is best used in systems that require high tolerance levels of environmental noise. The MCP100-475HI/TO feature high current, high accuracy, and low power consumption.

The MCP100-475HI/TO has an application field that covers many industrial and automotive applications. Some of these applications are: Automotive Outdoor Lighting, High Power Motors, Industrial Transformers, Automotive ECUs and RCDs, and Solar Panel Systems. Each of these industries has different voltage and current levels and the MCP100-475HI/TO was designed to provide tolerance for multiple operating environments within these industries.

The MCP100-475HI/TO is designed with a very low quiescent current and an improved thermal performance. The design also features a precise voltage regulation and precise current sensing protection. The combination of the these features provides a robust solution for a variety of industrial and automotive applications.

The MCP100-475HI/TO working principle can be summed up in two stages: the detection of an overvoltage or undervoltage, and the response of the system to the detected fault. The microchip monitors the supply voltage levels utilizing an adjustable threshold and when an overvoltage or undervoltage event is detected, the microchip sends a signal to the system logic. This signal is then used to reset the system and alert the user of the fault.

The response of the system to the fault detection is controlled by the user/system designer. Depending on the system logic and the user/system designer\'s discretion, the response could be simply alerting the user of the fault or a more robust disarm mechanism that would immediately cut power to the device.

The MCP100-475HI/TO is an extremely reliable, robust, and accurate PMIC - Supervisors that can help increase the reliability of any electronic system. The device is designed to not only protect the system from various types of faults, but to also alert the user of any problems. The MCP100-475HI/TO also provides a wide application field, high current, and high accuracy at low power consumption making it an ideal choice for a variety of industrial and automotive applications.

The specific data is subject to PDF, and the above content is for reference