The ADM6710 is a low voltage, high accuracy supervisory circuit. The device monitors up to four system supply voltages. The ADM6710 incorporates a variety of internally pretrimmed undervoltage threshold options for monitoring 1.8 V, 2.5 V, 3.0 V, 3.3 V and 5.0 V supply voltages. The ADM6710Q offers three adjustable thresholds for monitoring voltages down to 0.62 V. See the Ordering Guide section for a list and description of all available options. If a monitored power supply voltage falls below the minimum voltage threshold, a single active low output asserts, triggering a system reset. The output is open-drain with a weak internal pull-up to the monitored IN2 supply (or to VCC in the case of the ADM6710Q) of typically 10 μA. After all voltages rise above the selected threshold level, the reset signal remains low for the reset timeout period (200 ms typical). The ADM6710 output remains valid as long as IN1 or IN2 exceeds 1 V, whereas for the ADM6710Q, the output remains valid as long as VCC exceeds 2 V. Unused monitored inputs must not be allowed to float or to be grounded, instead they must be connected to a supply voltage greater than their specified threshold voltages. The ADM6710 is available in a 6-lead SOT-23 package. The device operates over the extended temperature range of −40°C to +125°C. APPLICATIONS * Telecommunications * Microprocessor systems * Desktop and notebook computers * Data storage equipment * Servers/workstations * Accurate monitoring of up to four power supply voltages * 5 factory set threshold options: 1.8 V, 2.5 V, 3.0 V, 3.3 V, 5 V * Adjustable input threshold voltage = 0.62 V (1.5% accuracy) * Open-drain RESET output (10 μA internal pull-up) https://elecena.pl/product/472120/low-voltage-high-accuracy-triple-quad-voltage-microprocessor-supervisory-circuit 2007-06-29 https://elecena.pl/product/472120/low-voltage-high-accuracy-triple-quad-voltage-microprocessor-supervisory-circuit 2018-03-28 https://elecena.pl/product/472120/low-voltage-high-accuracy-triple-quad-voltage-microprocessor-supervisory-circuit 2025-01-22