The MAX690TESA+ is an 8-pin NSOIC microprocessor supervisory circuit that simplifies power supply monitoring and battery control in microprocessor systems. Designed for systems operating at 3V or 3.3V, it enhances reliability and accuracy over discrete components. Features include active low reset, watchdog input, backup battery switch functions, and a power-fail monitor. It supports a supply voltage range of 1.1V to 5.5V, operates from -40°C to 85°C, and offers a reset threshold voltage of 3.075V with a 200ms timeout. The device consumes 40µA at VCC and 1µA from backup battery, with reset assertion at 1V VCC. Typical applications include battery-powered computers, embedded controllers, and critical power monitoring in portable devices.
Order the MAX690TESA+ online now for secure and efficient power supply monitoring in your microprocessor systems. This supervisory device offers active low reset, watchdog timer, backup battery switch, and power-fail detection with reliable operation from -40°C to 85°C. Its low current draw of 40µA ensures minimal power consumption in portable devices, while fast reset assertion at 1V Vcc guarantees system safety during brownouts and power failures. Ideal for battery-powered computers, embedded controllers, and critical portable equipment, the MAX690TESA+ ensures system stability and enhanced reliability.
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You can download the MAX690TESA datasheet or visit the MAXIM INTEGRATED / ANALOG DEVICES website for support.
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