MCP98242T-BE/MCBAC

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PMIC - Thermal Management is an important area for ensuring the reliable operation of electronic systems. The MCP98242T-BE/MCBAC is a digital temperature sensor and thermal control IC, designed to accurately monitor and control temperature in a variety of applications where temperature sensing and thermal management are critical. The MCP98242T-BE/MCBAC device integrates a sophisticated temperature sensor, a laser trimmed precision voltage reference and thermal control features into a single chip, advancing the application performance of your products in a simple and cost effective package.

The MCP98242T-BE/MCBAC is constructed of an 8-bit linear temperature adjusted thermistor reading system, an adjustable precision circuitry reference voltage and a D-type flip-flop that allows for either one-shot or continuous temperature control. The MCP98242T-BE/MCBAC features an industry-standard 2-wire I2C/SMBus temperature sensing and thermal management interface, which allows the device to be quickly adapted to microprocessor-based systems without the need for any external components. The device also features an integrated digital to analog converter with 16-bit precision, allowing for accurate digital temperature setting and monitoring. Additionally, the MCP98242T-BE/MCBAC also includes thermal protection functions, which can be used to protect sensitive components from over temperature conditions.

The MCP98242T-BE/MCBAC is designed for a wide variety of applications, including digital temperature sensing, thermal management control, switch-mode power supplies, battery management systems, network-power monitoring and control systems. In most applications, the MCP98242T-BE/MCBAC can accurately monitor and control the temperature of a system, allowing for improved performance, longer life, and greater reliability of the system. Furthermore, due to its small size and low current consumption, the MCP98242T-BE/MCBAC can be easily integrated into a wide range of system designs, from embedded circuit boards to thermal management systems.

The MCP98242T-BE/MCBAC is capable of accurately controlling temperatures from -20°C to +125°C, with an outstanding ±0.5°C accuracy over the full temperature range. It also provides high-precision thermal control, with an adjustable pre-set temperature range of -20°C to +125°C and a setpoint accuracy of ±1°C. Additionally, the device supports fast temperature compensation and rapid locking, making it ideal for controlling temperatures in high-performance applications.

The MCP98242T-BE/MCBAC is designed to be easy to use, requiring only a 2-wire I2C/SMBus interface to access the temperature data, setpoints and thermal control functions. Additionally, it supports the setting and reading of the temperature setpoint via I2C/SMBus, multiple temperature alarms, hysteresis and programmable sensors, making it suitable for a wide variety of industrial, commercial and automotive applications. Furthermore, the device also supports an active-source deep-sleep mode, which reduces power consumption during idle periods, and enables low-current operation for extended battery life.

The MCP98242T-BE/MCBAC is a powerful and versatile digital temperature sensor and thermal control IC, capable of accurately monitoring and controlling the temperature in a wide range of applications. With its high precision temperature control, wide temperature operating range and active-source low-power operation, the device is ideal for a variety of industries and applications in which temperature control and thermal management are critical. Whether your application requires accurate temperature control in high-performance systems or efficient low-power operation in battery powered devices, the MCP98242T-BE/MCBAC is well-suited to meet your needs.

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