MAX16039LLA29+T

The MAX16039LLA29+T supervisor is a member of the MAX16039 family of active-high, ultra-low-power voltage and precondition monitoring supervisors. It is designed to reset a system system when the input power falls below a certain preset voltage. This supervisor is ideal for low-power applications, such as PMIC applications, as it consumes only 2.5 μA of quiescent current.

The MAX16039LLA29+T supervisor has two voltage supervisors: one for a low voltage and one for a high voltage input. The low voltage supervisor has a trip point of 2.8 V and the high voltage supervisor has a trip point of 4.7 V. When the voltage at the VOUT pin falls below the trip point, the Reset output becomes active. The Reset output remains active until the voltage exceeds the trip point. The Reset output is also active when the enable input is high. The enable input allows the supervisor to be disabled when not in use.

The MAX16039LLA29+T supervisor can be used for many different applications. It is well suited for use in applications such as battery-powered devices and medical devices, where low-power consumption and reliable power management are needed. It can also be used in automotive applications, where it can be used to monitor the system voltage and reset the system when the voltage falls below a certain point. The supervisor can also be used in other applications such as microprocessor and memory controllers, where it can be used to reset the system when the voltage drops below a predetermined threshold level.

The MAX16039LLA29+T supervisor is a simple and reliable device for power monitoring and system resetting. Its low-power consumption, wide operating temperature range, and small package make it an ideal choice for many applications. The supervisor also has a high accuracy, with a tolerance of ± 1%. In addition, it can be used as a supply voltage monitor as well as a reset monitor, making it a versatile and reliable device for many different system requirements.

In conclusion, the MAX16039LLA29+T supervisor is a well-suited device for PMIC applications. It is a low-power, reliable, and accurate voltage monitoring and resetting device that is well-suited for use in applications such as battery devices and medical devices. Its versatility and accuracy make it a suitable choice for many different applications.