TPS3813I50DBVTG4

Power Management Integrated Circuit (PMIC) and Supervisors have become essential components in modern electronic circuits. They are used to regulate, control and distribute power as needed, as well as provide monitoring and protection of the power circuits. The TPS3813I50DBVTG4 is a voltage supervisor with a wide range of application fields and a host of dedicated features.

The TPS3813I50DBVTG4 is a voltage supervisory device that offers an adjustable threshold for power up and power down. It is available in both 8-pin DSBGA and 10-pin TDFN packages and utilizes an on-chip comparator, reset timer, and reset output with manual push button reset capability. The voltage supervisor utilizes an open-drain NMOS output with an active low power-up and power-down logic flag. As a result, it can be used to detect a wide range of power up and power-down conditions.

The TPS3813I50DBVTG4 is designed for a variety of applications including systems that operate off of a single power supply, as a power supply supervisor for CPUs, I/O, and other circuits, and to protect against input voltage levels that are outside the acceptable range of the power supply. Its wide range of application fields makes it very attractive for use in intelligent systems and embedded applications.

The TPS3813I50DBVTG4 works by monitoring the supply voltage for pre-defined levels. When the voltage drops below the power-down threshold or rises above the power-up threshold, the output flag is asserted. The voltage supervisor also has an adjustable reset time which can be used to control the length of time the reset signal is active.

The TPS3813I50DBVTG4 is also versatile in its feature set. It features a low power consumption and fast start-up time. It is also capable of accepting both positive and negative input voltages with no additional components needed. Additionally, it has an adjustable timeout delay that allows the supervisor to stay in the reset state longer if needed.

In conclusion, the TPS3813I50DBVTG4 voltage supervisor is well suited for a variety of application fields including single power supply systems, embedded systems, and protection against extreme supply voltage levels. Its feature set makes it an attractive option for intelligent systems and embedded applications that require low power consumption and fast start-up times. Plus, the adjustable reset time capabilities make it a good choice for those seeking additional control for their power supply.