MAX6827ZUT+T

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

PMIC - Supervisors are power management integrated circuits (PMICs) used to monitor power supplies and provide protection functions against undervoltage, overvoltage and overcurrent conditions. The MAX6827ZUT+T is one type of PMIC supervisors which is used to protect system components, monitor current & voltage consumption, and provide logic control of power sources. MAX6827ZUT+T offers comprehensive protection and flexibility in a tiny package compared to other PMIC supervisors.

MAX6827ZUT+T has a wide range of applications in circuits where desirable power states and conditions must be maintained. The device has a built-in watchdog timer to monitor app or processor operation and reset the module if the timer runs too long. It also has a Programmable Overvoltage Fault Detection (POF) feature to detect user-defined overvoltage levels and quickly shut down the system before damage can take place.

The device is designed for high efficiency and low power consumption, making it ideal for battery powered of portable applications. In addition, the MAX6827ZUT+T includes power management features, like logic-level enable pins, manual reset and precise glitch-free logic control and sequences of supply enable outputs.

In essence, the MAX6827ZUT+T is a low-power PMIC supervisor that offers high-performance protection and flexibility in a small package. The device incorporates several features and blocks, such as an internal power-on/off sequencing switch, adjustable switching thresholds, user-programmable overvoltage detection, power-on/reset delay and manual reset pin.

The core of MAX6827ZUT+T consists of several blocks in its architecture. In terms of on/off sequencing, there is a mechanical switch, logic sequence controller and internal hall, a power-on/off circuitry to ensure that the device is only turned on when the correct power source is available. Additionally, the internal switching thresholds in the device are adjustable, providing flexibility in detecting the correct power supply states.

The user-programmable overvoltage detection feature of MAX6827ZUT+T allows user to set a safety threshold voltage value where the device will immediately trigger an overtemperature detection signal and shut down the system. These threshold values can be set manually or automatically via a digital signal, and can also be used as an alarm signal for overvoltage events. Additionally, MAX6827ZUT+T provides power-on/reset delay signals that can be used to synchronize the supply enable in order to control the voltage level.

The manual reset pin in MAX6827ZUT+T is another important feature that can be used to reset the device in case of failure. The manual reset signal is generated via a pulse on the manual reset pin, which can then be fed to the reset signal output. This eliminates the need for external components in order to reset the supervisor.

MAX6827ZUT+T can be used in applications that require precise power control and monitoring. With its comprehensive protection features and flexibility, the device is an ideal solution for applications where a high degree of control and accuracy is required. The device can also work with other circuits in order to provide protection and logic control in case of any malfunction.

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