TL4050B50IDBZR

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TL4050B50IDBZR Application Field and Working Principle

PMIC - Voltage References are devices that can be used to provide a stable and regulated voltage reference. Generally available as single or dual temperature-regulated voltage references, PMIC voltage references are used in many industrial and scientific applications. The TL4050B50IDBZR is a Voltage Reference designed to operate within a range of -40°C to +105°C. It features a series of voltage references with a wide range of thermally stable voltage references designed to meet many different requirements of various applications.

Features

The TL4050B50IDBZR can work in either a single reference or dual voltage reference mode. It features several unique characteristics, such as low-noise operation, operation temperature range from -40°C to +105°C, low-power consumption, high accuracy and stability, and low-PIN count. Its voltage accuracy is ±2.0mV over temperature, and the maximum current draw is 2mA. It also features a robust ESD protection level up to 8 kV.

Applications

The TL4050B50IDBZR is suitable for use in many applications such as: medical test and measurement, controller applications, portable electronic equipment, power sensors and voltage regulators.

It can be used in Medical test and measurement applications to supply constant current or voltage to critical components in order to ensure accuracy and reliability. It is also suitable for controller applications like programmable logic controllers, current loop receivers and other input/output modules. Moreover, it is suitable for portable electronics, such as battery-powered drones. Moreover, it can be used in power sensors and voltage regulators, providing stable and accurate voltage and current stability.

Working Principle

The TL4050B50IDBZR is a low-power, low-noise PMIC voltage reference module which works on the idea of using a precision resistor within the device. This resistor acts as a voltage reference within the device, allowing a small current to flow through it while the environment temperature is stable and steady. When a change in voltage occurs outside the device, the resistor changes its value, and the corresponding current change is then detected within the device. This principle is used to provide a temperature-compensated output voltage. The output voltage is directly proportional to the voltage reference voltage, which can be programmed with an external resistor.

The TL4050B50IDBZR is capable of meeting the requirements of most general purpose, signal conditioning and precision applications. By providing the required voltage reference for low-power to high-power applications, the TL4050B50IDBZR is an excellent choice for a wide range of power management requirements.

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