LMV431BCM5X

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Voltage references have become an essential component for a wide array of power management applications, and their performance depends on the voltage reference chosen for the application. The LMV431BCM5X is a low-power, high-accuracy adjustable voltage reference from Texas Instruments, designed for use in a variety of power management systems.

The LMV431BCM5X is a voltage reference suitable for a range of power management applications, since it achieves an accuracy of 0.3% over a temperature range of -40°C to +85°C and a long-term stability of 0.002%. It offers a wide dynamic range, including 6V, +10V, +15V, and +20V, with an input and output voltage range of 2.47V to 40V. The typical temperature coefficient is 0.010/°C.

The LMV431BCM5X also features a low-power current mode architecture, allowing it to be used in a variety of battery management, DC/DC converter, and other power management applications. The low-noise reference ensures performance of the reference signal and is immune to electrical noise and offers an acceptable oscillation frequency at 0.2MHz.

The LMV431BCM5X features a low-current operating mode of 10uA, which makes it suitable for use in remote locations, low-power applications, and battery-powered systems. It also provides differential linearity error (DLE) of 3% and power supply rejection ratio (PSRR) of 70dB which make it a suitable choice for low-voltage, low-power applications.

The LMV431BCM5X also features a shutdown pin option, allowing the device to be completely disabled or in low-power standby mode. The temperature-compensated current output allows the reference voltage to be accurately set and maintained, enabling accurate control and system stability.

The LMV431BCM5X is an ideal choice for applications demanding a high-accuracy, low-noise, low-power voltage reference. Its wide dynamic range and temperature range make it well-suited for use in a variety of power management applications. Its low-power current mode architecture, power supply rejection ratio (PSRR), differential linearity error (DLE), and low-noise operation make it an attractive choice for low-voltage, low-power applications in battery management and other power management systems.

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