ADM6711ZAKS-REEL

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ADM6711ZAKS-REEL Application Field and Working Principle

PMIC (Power Management Integrated Circuit) supervisors are an important class of components used to monitor the level of power supply on an electronic circuit board, protect the board from unexpected power supply changes, and provide system reset or power supply control when needed. The ADM6711ZAKS-REEL is a PMIC supervisor designed specifically for simple and low power system applications.

Application Field

The ADM6711ZAKS-REEL is designed to provide simple reset or power supply control in a wide range of applications, including automotive, industrial and consumer. The RS, POR and LVDS voltage sense inputs enable the supervisor to adjust its reaction to an unexpected power supply change efficiently across these different application fields.

The reset, reset enable and power on reset signals of the ADM6711ZAKS-REEL are also compatible with other logic devices, further extending its range of application, including microcontrollers, ASICs, FPGAs, DSPs and other digital devices which require a reset or power supply control.

Working Principle

The basic principle behind the operation of the ADM6711ZAKS-REEL is simple. When powered from a voltage source such as a vehicle battery, the supervisor will check the voltage level of the power supply. If the voltage drops below the acceptable tolerance, the supervisor will issue a reset signal, cutting off power to the system, or issue an enable signal, turning the power on again.

The ADM6711ZAKS-REEL can monitor up to three different power supply voltages and detect any unexpected power drop through its RS, POR and LVDS inputs. Additionally, it can be configured to respond differently to power levels through its programmable enable inputs, providing system reset or power enable when needed.

Conclusion

The ADM6711ZAKS-REEL is an ideal solution for simple, low power system applications requiring reset or power enable features. Its wide range of monitoring inputs and programmable enable inputs enable the supervisor to adjust its reactions to an unexpected power drop efficiently across different application fields.

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