uses bandgap circuit design achieve precision micropower voltage refer

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uses bandgap circuit design achieve precision micropower voltage refer

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DUAL PRECISION 1.25 VOLT MICROPOWER VOLTAGE REFERENCE
uses bandgap circuit design achieve precision micropower voltage reference 1.25 volts. dual device available Zetex small outline package, ideal applications where space saving important. Three configurations available -series, common isolated represented schematic diagrams below. design provides stable voltage without external capacitor stable with capacitive loads. recommended operation between 50µA ideally suited power battery powered applications. Excellent performance maintained suggested absolute maximum 25mA however rugged design volt processing allows reference withstand transient effects currents 200mA. Superior switching capability allows device reach stable operating conditions only microseconds.
ZRAC1212 ZRAS1212 ZRAX1212
stabilising capacitor required Typical 30ppm/°C Typical slope resistance 0.65 3%,2% tolerance Industrial temperature range Operating current 50µA Transient response, stable less than 10µs Optional extended current range Battery powered portable equipment. Metering measurement systems. Instrumentation. Data acquisition systems. Precision power supplies. Test equipment.
APPLICATIONS
FEATURES
Small outline package Three device configurations
SCHEMATIC DIAGRAMS
ZRAS1212 Series Connected ZRAC1212 Common Connected
CONNECTION TABLE
Series Common Isolated Gnd2 Gnd1
Configuration
Diagram Page ZRAX1212 Isolated connection options

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