MAX6384LT23D1+T

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The MAX6384LT23D1+T, which is classified as a PMIC-Supervisors, is a system reset controller. It has a power supervisor and integrated power-on reset function, reset indicator/delay function, and manual reset/reset enable function. The MAX6384LT23D1+T is an excellent choice for embedded system reset, particularly in real-time clocks, memory, microprocessor and microcontroller applications.

The primary application field of the MAX6384LT23D1+T is embedded systems, where the reliable operation of the system is critical. The MAX6384LT23D1+T is designed for use in a variety of systems, ranging from industrial, automotive, aerospace, medical, and communications. It is used to enable reliable reset sequences in all of these applications, as well as in many other applications.

The working principle behind the MAX6384LT23D1+T is that it senses the bias voltage of the chip and generates a reset pulse when the voltage level reaches an over-current threshold. The reset pin is held high during normal operation and goes low when the threshold is exceeded. A manual reset function allows the user to reset the device at any time by simply pressing the reset button. The reset indicator output on pin 7 provides reset status information.

The power supervisor includes an integrated soft-start circuit. This minimizes inrush current when the chip is first powered on. The MAX6384LT23D1+T also features a low current consumption, making it a suitable choice for battery-powered applications. The reset delay feature allows users to set a delay time before the reset is triggered, and the reset enable function can be used to delay the reset until all other peripherals are initialized. This allows the system to start up more reliably.

In summary, the MAX6384LT23D1+T is a system reset controller with an integrated power-on reset function, reset indicator/delay function, manual reset/reset enable function, soft-start circuit, and low current consumption. It is designed for use in embedded systems and is an excellent choice for reliably resetting can real-time clocks, memory, microprocessor, and microcontroller applications.

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