The MAX818LCSA+ is a 5V microprocessor supervisory circuit housed in an 8-pin NSOIC package. It simplifies power supply monitoring, battery control, and chip-enable gating in microprocessor systems by reducing component count. Designed to ignore fast transients on VCC and optimized for 5V-powered systems, it features a low supply current of 11µA (typical) and a compact size ideal for embedded controllers, intelligent instruments, and critical microcontroller monitoring. Key features include a supply voltage range from 0V to 5.5V, operating temperature from 0°C to 70°C, a precise 4.65V supply monitor, a 200ms reset delay with a reset threshold at 4.65V, and battery backup power switching capable of exceeding VCC. Additional features include onboard 3ns gating of chip-enable signals, an active-low reset, a watchdog timer with a 1.6-second timeout, and a power-fail comparator. Applications include system monitoring and portable devices.
Secure the efficiency of your embedded systems with the Maxim MAX818LCSA+ microprocessor supervisory circuit. Designed for +5V systems, it provides precise voltage monitoring, active-low reset, a 1.6-second watchdog timer, and robust power-switching capabilities to preserve data during power failures. Its low power consumption and small form factor make it ideal for portable and embedded applications. Easily integrate the MAX818LCSA+ to improve system stability, reduce component count, and ensure reliable operation in critical microcontroller environments. Purchase online today to optimize your system’s power safety and performance.
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You can download the MAX818LCSA datasheet or visit the MAXIM INTEGRATED / ANALOG DEVICES website for support.
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