Description
Voltage Detector / Microprocessor Supervisor IC; Threshold Voltage, Vtrip:1.3V; Supply Current:2.95A; Reset Type:Active-Low; Real Time Clock:No; Output Current Max:25mA; Output Type:Open-Drain; Supply Voltage Min:1.8V ;RoHS Compliant: No
Key Features
- Guaranteed 10µA maximum quiescent current over-temperature
- Guaranteed wider operating voltage range over entire operating temperature range
- 2% threshold accuracy (ICL7665SA)
- Dual comparator with precision internal reference
- 100ppm/°C temperature coefficient of threshold voltage
- 100% tested at 2V
- Output current sinking ability: Up to 20mA
- Individually programmable upper and lower trip voltages and hysteresis levels
- Pb-Free available (RoHS Compliant)
Description
The ICL7665S super CMOS micropower Over/Under voltage detector contains two low power, individually programmable voltage detectors on a single CMOS chip. Requiring typically 3μA for operation, the device is intended for battery-operated systems and instruments which require high or low voltage warnings, settable trip points, or fault monitoring and correction. The trip points and hysteresis of the two voltage detectors are individually programmed via external resistors. An internal bandgap type reference provides an accurate threshold voltage while operating from any supply in the 1.6V to 16V range.
The ICL7665S, super programmable Over/Under voltage detector is a direct replacement for the industry standard. The ICL7665B offering wider operating voltage and temperature ranges, improved threshold accuracy (ICL7665SA), and temperature coefficient, and guaranteed maximum supply current. All improvements are highlighted in the electrical characteristics section. All critical parameters are guaranteed over the entire commercial and industrial temperature ranges.
Applications
- Pocket pagers
- Portable instrumentation
- Charging systems
- Memory power back-up
- Battery operated systems
- Portable computers
- Level detectors
Manufacturer:Electronic Components
Datasheet:intersil_icl76655-612291.pdf
