ADM6713ZAKS-REEL

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PMIC - Supervisors are a type of integrated circuit that protect and monitor the power management of an electronic system. ADM6713ZAKS-REEL is an example of such a system that includes several features to help protect and monitor a system\'s power management. This article will discuss the application field and working principle of the ADM6713ZAKS-REEL.

The ADM6713ZAKS-REEL is a low-cost, low-power, 3-bit supervisor. It is designed to handle power monitoring at 1.8V, 2.5V, and 3.3V levels. It monitors an increasing number of supply rails and provides a power-on reset signal for the system. It also provides for programmable reset timeout and brownout detection. Furthermore, it provides supervision during device shut-down, automatic reset during brownouts, and an adjustable delay during system initialization.

The ADM6713ZAKS-REEL is a three-bit supervisor with various analog and digital control functions. It is designed to handle power-on reset, power-off detection and reset timeout. The supply voltage and reset output pins can be configured for 1.8V, 2.5V, 3.3V and higher levels. The device also provides for programmable reset timeout, brownout detection and a host of other features. The device provides a wide range of options to enable a user to tailor the device to their specific requirements.

The ADM6713ZAKS-REEL is an ideal application field for board supervisors used in embedded systems such as digital TVs and set-top boxes, communications equipment, network devices, computer peripherals, automotive audio systems, handsets, and gaming equipment. It is specifically designed to help reduce system cost and footprint while providing a comprehensive feature set for enhanced system performance and reliability. The ADM6713ZAKS-REEL is employed in various systems due to its low power consumption, high immunity to noise and fast reaction time to system events.

The working principle of the ADM6713ZAKS-REEL is quite simple. It has three latch bits, each of which is used to monitor a different supply rail. When the rail voltage is below the tolerance setting of the bit, the output of that bit is asserted and will remain active until the rail voltage is restored to within the tolerance. Each latch bit is labeled as L1, L2, or L3 and is set to monitor different supply rail voltages respectively: L1 is set to monitor the VDD supply rail, L2 is set to monitor the VBAT supply rail, and L3 is set to monitor the VDD supply rail again. If any of these supplies fail to reach their designated thresholds, the output of the applicable latch bit will be asserted, and the system will be shut down.

The ADM6713ZAKS-REEL also includes a reset timeout circuit, which is used to reset the system after a specific amount of time if the system fails to reach its desired operation. This is useful in cases where the system reset is due to a momentary failure or a power spike. If a system reset is to occur, the reset control circuit will generate an internal reset signal. This reset signal is then routed to the reset pins, causing the RESET or RESET_L pins to be asserted. Once these reset signals have been asserted, the system will be in a reset state until the timeout period has elapsed.

In conclusion, the ADM6713ZAKS-REEL is an ideal application field for powering, monitoring and supervising a range of electronic systems. It is designed to reduce system cost and reduce the system footprint while providing a comprehensive feature set for enhanced system performance and reliability. It works by monitoring multiple supply rail voltage levels with three latch bits and providing a reset signal for the system if a supply rail fails to reach its designated thresholds. Furthermore, it provides a reset timeout circuit to reset the system if the system fails due to a momentary failure or power spike. The ADM6713ZAKS-REEL is an ideal choice for embedded and industrial applications.

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