Features: *Undervoltage and overvoltage monitor*Separate overvoltage flag output*Generates 140ms (minimum) power-on reset pulse*Debounced manual reset input*Choice of active-high (MIC2753) or active-low (MIC2754) reset outputs*Low 30A typical supply current*No external components needed*IttyBittyT...
MIC2754: Features: *Undervoltage and overvoltage monitor*Separate overvoltage flag output*Generates 140ms (minimum) power-on reset pulse*Debounced manual reset input*Choice of active-high (MIC2753) or active...
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DescriptionThe MIC2003 and MIC2013 are current limiting, high-side power switches that are designe...
Supply Voltage (VIN)......................................-0.3V to 10V
Reset Voltage (VRST)...........................-0.3V to VIN + 0.3V
Manual Reset Voltage (VMR)................-0.3V to VIN + 0.3V
Reset Current (IRST).................................................10mA
Continuous Power Dissipation
(PD at TA= +85)..................................................200mW
Storage Temperature (TS)..........................-65 to +150
ESD Rating, Note 3
Operating Ratings (Note 2)
Supply Voltage (VIN)..........................................1.5V to 7V
Ambient Temperature (T ).............................-40 to +85
Junction Temperature (T )...........................................150
Manual Reset (VMR)................................................0V to VIN
Thermal Resistance
(JA).......................................................................325/W
The MIC2753 and MIC2754 are ultraminiature, full-featured,power supply supervisors featuring active-high and active-low reset outputs, respectively.
The MIC2753/4 includes an undervoltage detector with a power-on reset generator and reset output, an overvoltage detector with a separate output for activating crowbar circuits,and a debounced manual reset input. Typical supply current is a low 30A.
MIC2753 and MIC2754 provide a 140ms minimum reset output at power-on and assert their reset outputs any time the input voltage deviates beyond preset overvoltage or undervoltage thresholds. Reset outputs remain asserted for 140ms (mini-mum) after the input returns to normal or after releasing the manual reset. When an overvoltage condition is detected, the overvoltage output of MIC2753 and MIC2754 is immediately activated. Hysteresis on both thresholds prevents erratic operation due to noise.