TL432BQDBZRQ1

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

TL432BQDBZRQ1 is a precision shunt regulator specifically designed for use in power supplies and other systems requiring accuracy and stability. It is a three-terminal integrated circuit adjustable precision shunt regulator that has been designed for a wide variety of applications requiring relatively high precision in current limiting, overvoltage protection, constant voltage regulation, etc.

Application Field of TL432BQDBZRQ1

TL432BQDBZRQ1 is classified as a PMIC - Voltage Reference. As a voltage reference, it can provide a precise voltage regulation for the operation of various types of electronic devices. It is often used in integrated circuits, LED drivers, power supply circuits, battery-operated devices, regulators and other applications requiring precise voltage regulation.

Moreover, TL432BQDBZRQ1 can also be used in PC/desktop power supply, industrial power supply, medical power supply, and other power systems. It is capable of delivering power perfectly while maintaining the stability of the output voltage and the efficiency of the system.

Working Principle of TL432BQDBZRQ1

The working principle of a TL432BQDBZRQ1 voltage reference is based on the voltage divider principle. It consists of a series combination of two resistors connected to a reference voltage source. One of the resistors is fixed and the other one is adjustable.

When the adjustable resistance is changed, the voltage drop across the two resistors changes. The voltage measured at the junction of the two resistors is the output voltage of the circuit. The reference voltage source can be changed to adjust the output voltage of the circuit.

In addition, TL432BQDBZRQ1 also includes some additional internal components such as error amplifier, an adjustable current pin, and an internal temperature compensation circuit. The internal error amplifier has a high gain and is able to sense small changes in the output voltage of the device and adjust the output voltage accordingly.

The adjustable current pin allows a user to adjust the output voltage of the device without changing the reference voltage source. The internal temperature compensation circuit provides temperature stability to the circuit. This helps in maintaining the accuracy of the output voltage of the device under different temperature conditions.

Conclusion

TL432BQDBZRQ1 is a precision shunt regulator specifically designed for use in power supplies and other systems requiring accuracy and stability. It is classified as a PMIC - Voltage Reference and is often used in integrated circuits, LED drivers, power supply circuits, battery-operated devices, regulators and other applications requiring precise voltage regulation. Its working principle is based on the voltage divider principle and it also includes some additional internal components such as error amplifier, adjustable current pin, and an internal temperature compensation circuit.

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