MAX16029TG+

PMIC - Supervisors have a wide range of applications in the field of electronic device management. The MAX16029TG+ is one such device that is becoming increasingly popular in this field.This device is a 3-V to 33-V low quiescent current supervisor and reset generator. It features a low standby current of 76μA and a low voltage dropout of 150mV at 1mA. The MAX16029TG+ also features a push-pull reset output, with a 100ms timeout duration. This reset output is useful for microprocessors, such as those found in smartphones, to ensure the proper working operation.The MAX16029TG+ works by monitoring two input voltage ranges against a reference voltage. When the voltage drops below the reference voltage, the output of the device set high. When the input voltage rises above the reference voltage, the output of the device is set low. In addition to this, the device also monitors the output voltage. If the output voltage is not within an acceptable tolerance, the device will generate a reset.The MAX16029TG+ has a wide range of applications, such as in system power supervision, especially in those systems that are designed with multiple power supply rails. It is also widely used in battery-powered or backup systems, where it provides isolation between a primary and a secondary power source. In addition, it can be used as a SNVS (supervising nonvolatile storage) device, monitoring program memory (PROM/EEPROM) status in microcontrollers, DSPs, and other processor-type devices.The MAX16029TG+ is also suitable for systems that need to be monitored for both fault conditions, such as over and undervoltage. In such applications, the device can be used to trip a load under fault conditions, preventing consequential damage.The MAX16029TG+ is an economical solution and requires minimal external components for proper operation. This makes it easy and economical to integrate into various system architectures.In summary, the MAX16029TG+ is a top-of-the-line 3-V to 33-V low quiescent current supervisor and reset generator. It has a wide range of applications in system power supervision, battery-powered or backup systems, and SNVS monitoring. It is also economical, requiring minimal external components for proper operation. As such, it makes an attractive choice for designers when system supervision is necessary.