MCP1525-I/TO

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The MCP1525-I/TO is an integrated circuit that belongs to the family of PMIC (power management integrated circuits). It was designed to provide voltage reference for any application needing such precision and stability. The MCP1525-I/TO enables precision tracking of the reference voltage and temperature through the use of on-chip resistors and other components. The chip also provides temperature compensation via its on-chip temperature sensor, making it ideal for high temperature applications.

The MCP1525-I/TO achieves precision voltage references with rail-to-rail output buffers, allowing for precise tracking with 0.02% accuracy over temperature. The chip also features an input voltage range of 0.8V to 5.5V and its output voltage variation is 0.2mV/°C but with a maximum temperature coefficient of 0.5%. The temperature measurement range of the chip is from -40°C to +125°C. Additionally, its current consumption is just 300 nA during active mode, making it ideal for battery powered applications.

The working principle of the MCP1525-I/TO is to leverage the benefits of its on-chip resistors. The resistors are carefully matched and compensated by the circuit to ensure that they track the system over temperature and across Power supply variations. The circuit topology is designed to provide temperature compensation and output voltage stability. The circuit reduces the required calibration and measurement, providing the user with a precise, highly accurate voltage reference.

The MCP1525-I/TO is a very versatile device and has several different application fields. It can be used for standalone, low power, and accurate voltage reference in any application requiring one. Its compact size makes it ideal for embedded systems, automotive and consumer applications. Additionally, it is used in precision data loggers, medical equipment, point-of-load converters, digital power supply control systems, and portable device power management.

The MCP1525-I/TO is an integrated circuit that provides precise, accurate, and stable voltage references in any application requiring one. Its on-chip resistors and temperature compensation features allows it to track temperature and power supply variations for an accurate and highly precise voltage reference. Its low power consumption makes it ideal for battery-powered applications. Its application fields are vast and include precision data loggers, automotive and consumer applications, point-of-load converters, digital power supply control systems, medical equipment and more.

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