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X40020

Intersil Corporation
Part Number X40020
Manufacturer Intersil Corporation
Description (X40020 / X40021) Dual Voltage Monitor
Published May 28, 2007
Detailed Description ® X40020, X40021 Data Sheet May 17, 2006 FN8112.1 Dual Voltage Monitor with Integrated CPU Supervisor and System Batte...
Datasheet PDF File X40020 PDF File

X40020
X40020

Overview
® X40020, X40021 Data Sheet May 17, 2006 FN8112.
1 Dual Voltage Monitor with Integrated CPU Supervisor and System Battery Switch FEATURES • Dual voltage detection and reset assertion —Three standard reset threshold settings (4.
6V/2.
9V, 4.
6V/2.
6V, 2.
9V/1.
6V) —VTRIP2 programmable down to 0.
9V —Adjust low voltage reset threshold voltages using special programming sequence —Reset signal valid to VCC = 1V —Monitor two voltages or detect power fail • Battery switch backup • VOUT: 5mA to 50mA from VCC; 250µA from VBATT • Fault detection register • Selectable power-on reset timeout (0.
05s, 0.
2s, 0.
4s, 0.
8s) • Selectable watchdog timer interval (25ms, 200ms, 1.
4s, off) • Debounced manual reset input • Low power CMOS —25µA typical standby current, watchdog on —6µA typical standby current, watchdog off —1µA battery current in backup mode • 400kHz 2-wire interface www.
DataSheet4U.
com • 2.
7V to 5.
5V power supply operation • Available packages —14-lead SOIC, TSSOP • Monitor voltages: 5V to 1.
6V • Memory security • Pb-free plus anneal available (RoHS compliant) APPLICATIONS • Communications equipment —Routers, hubs, switches —Disk arrays • Industrial systems —Process control —Intelligent instrumentation • Computer systems —Desktop computers —Network servers X40020, X40021 Standard VTRIP1 Level Standard VTRIP2, Level Suffix 4.
6V (±1%) 2.
9V(±1.
7%) -A 4.
6V (±1%) 2.
6V (±2%) -B 2.
9V(±1.
7%) 1.
6V (±3%) -C See “Ordering Information” for more details For Custom Settings, call Intersil.
DESCRIPTION The X40020 combines power-on reset control, watchdog timer, supply voltage supervision, and secondary supervision, and manual reset, in one package.
This combination lowers system cost, reduces board space requirements, and increases reliability.
Applying voltage to VCC activates the power-on reset circuit which holds RESET/RESET active for a period of time.
This allows the power supply and system oscillator to stabilize before the processor can execute code.
BLOCK DIAGRAM V2MON + V2 Monitor...


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