AZ7025ZTR-G1

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

Power management integrated circuits (PMICs) are a vital component of many electronic devices and systems. PMICs are specialized integrated circuits that provide power conditioning and power management functions, such as voltage regulation, current regulation, power sequencing, and thermal management. PMICs are typically used in applications such as portable electronics, automotive, industrial, and medical.

Supervisors are a type of PMIC specifically designed to protect and ensure the safety of digital systems. They are typically used in applications such as digital consumer and server devices, automotive systems, medical devices, and industrial or military systems. Supervisors are used to monitor system voltages, control the power up and down sequence, and provide system reset and other control signals. They also help to protect against accidental shorts, with capability to remove power and reset the system when a dangerous voltage or temperature is detected.

One of the most popular supervisors currently is the AZ7025ZTR-G1. This part is part of the new family of integrated Voltage Supervisors from Diodes Incorporated and offers very accurate voltage monitoring and superior accuracy, reliability and ESD protection. This regulator is ideal for use in applications requiring accurate, reliable protection from dangerous overvoltage conditions, as well as for monitoring unattended voltage levels. It is available in several surface mount package options and operates over a wide temperature range.

The AZ7025ZTR-G1 offers a wide input voltage range, 400 mV operating voltage, active-low open drain reset signal, and programmable reset delay and duration. It also features a programmable reset threshold voltage, an adjustable watchdog timer, and a power-on reset circuit. In addition, the device has an adjustable reset hysteresis to prevent multiple resets from occurring during power-up and power-down transitions. All of these features make the AZ7025ZTR-G1 an ideal choice for a wide range of applications.

The working principle of the AZ7025ZTR-G1 is straightforward. When the voltage on the input pin rises above a certain threshold, the power-on reset (POR) circuit will be triggered, and the reset line will be driven low. The reset line can then be used to control the power-up and power-down sequencing of the system, as well as to reset it if required. In addition, the watchdog timer feature can be used to monitor the system and issue a reset if required.

The AZ7025ZTR-G1 is designed specifically for a variety of applications, including aerospace, automotive and telecom, computing and consumer, industrial, medical, and more. In automotive applications, for example, the regulator can be used to protect systems from dangerous overvoltage conditions, to monitor battery voltage level, to detect a load dump event, and to monitor the power up and power down sequence. It is also used to monitor the voltage levels of various safety systems and to control the power up and down transition of the system.

In the industrial segment, the AZ7025ZTR-G1 is commonly used to protect against overvoltage, undervoltage, and short circuit conditions, as well as to protect against accidental shorts due to wiring errors. It is also used to monitor the power up and down sequence and to detect power outages in order to issue a reset. In the medical segment, the regulator can protect patient safety systems from dangerous voltage conditions.

In conclusion, the AZ7025ZTR-G1 supervisor is a very versatile and powerful device that can be used in a variety of applications. It offers reliable protection against dangerous voltage conditions, control of the power up and down sequence, and monitoring of system voltages. This device is ideal for applications requiring reliable and accurate voltage protection, as well as for applications requiring power sequencing and/or reset control. It is a reliable, cost-effective solution for a variety of reliability and safety-critical applications.

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