BD4729G-TR Integrated Circuits (ICs)

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Power management is a vital part of any system. It is responsible for controlling the different power sources of a system and managing the current draw. One of the key devices used in power management is the PMIC supervisor. The PMIC supervisor, which stands for Power Management Integrated Circuit Supervisor, is a small integrated circuit that is responsible for supervising and controlling the power supply and current draw of the system.

The Bourns BD4729G-TR is a PMIC supervisor that is particularly suitable for applications that require current monitoring, voltage monitoring, reset sequencing, programmable power-on delay, and battery management.

The BD4729G-TR has two control input pins, Reset and Vtrim. The Reset pin is used for system reset and the Vtrim pin is used for manual adjustment of the internal voltage. In addition, the BD4729G-TR also has two open-drain reset output pins, RQ0 and RQ1, which can be used to detect over-current, under-voltage, over-voltage, and over-temperature conditions.

The BD4729G-TR is designed to be low power, with low current consumption, making it well suited for battery powered applications. It also has a wide input voltage range, from 2.7V to 5.5V, making it suitable for applications that require a wide operating voltage.

The BD4729G-TR is designed to be used in applications where power management is important, such as in battery-powered mobile devices. It can provide reset sequencing, meaning it can reset a device when the power supply is removed, allowing the device to be shut down in a controlled fashion. It can also provide programmable power-on delay and battery management, allowing it to improve the overall efficiency of a design.

The BD4729G-TR is a versatile and powerful PMIC supervisor, making it suitable for a wide range of applications. It is capable of providing reliable system monitoring and reset sequencing, allowing for improved energy efficiency. Additionally, it has a wide input voltage range and low current consumption, allowing for use in battery-powered applications.

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