TL1431ID

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

Voltage references are widely used in circuits that require a steady, reliable power supply. The TL1431ID is a low dropout (LDO) voltage regulator specifically designed for portable and battery-powered applications that require 1.2V to 3.3V output range and up to 500mA output current capability. The TL1431ID is an advanced, reliable solution for applications that require extremely low power consumption. It combines low quiescent current with high output current capability and very low output ripple. It also features an adjustable output voltage, low ground current, and high output accuracy.

The TL1431ID is manufactured in CMOS process and is offered in TSDSO and SOT23-5 packages. The device is easy to solder due to the through-hole feature. Its small footprint and wide output voltage range make it an ideal voltage reference for a variety of battery-powered applications. The TL1431ID offers excellent noise and load regulation, along with a low dropout voltage, which ensures a stable output voltage even in low battery conditions.

The TL1431ID features an advanced on-chip power-saving circuit which turns off the regulator when the load current is below a programmed threshold. This allows the device to maintain a low quiescent current and low power consumption even when the load current is low. The device also features an output overvoltage protection, current overload protection, and a thermal shutdown protection to ensure safe operation under extreme conditions.

The TL1431ID is a voltage reference designed for applications requiring a low quiescent current and low power consumption. It integrates an innovative on-chip power saving circuit and offers excellent noise and load regulation, low dropout voltage, adjustable output voltage, and high output accuracy. The combination of these features, coupled with its small form factor, makes the TL1431ID an ideal voltage reference for battery-powered applications.

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