LM10 operational amplifier

E1028707

The LM10 operational amplifier is a pioneering low-voltage, low-power analog integrated circuit designed by Bob Widlar, widely used for precision applications in compact and battery-powered systems.

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Predicate Object
instanceOf analog integrated circuit
low-power op amp
low-voltage op amp
monolithic integrated circuit
operational amplifier
application analog computation
battery-powered systems
current sources
low-voltage regulators
portable equipment
precision instrumentation
sensor signal conditioning
category linear integrated circuit
datasheetPublisher Texas Instruments NERFINISHED
designer Bob Widlar NERFINISHED
era 1970s
hasFeature can operate from a single cell battery
can operate from low-voltage supplies
internal frequency compensation
low quiescent current
on-chip reference
output swings to ground
precision voltage reference
reference output of about 200 mV to 400 mV (depending on variant)
single-supply operation
trim capability
hasVariant LM10C NERFINISHED
LM10CL NERFINISHED
manufacturer National Semiconductor NERFINISHED
minimumOperatingSupplyVoltage 1.1 V
notableFor integration of op amp and reference in one chip
pioneering low-power operation
pioneering low-voltage operation
originalCompanySubsequentlyAcquiredBy Texas Instruments GENERATED
packaging 8-pin DIP
SOIC
suitableFor battery monitoring circuits
low-power reference circuits
single-supply precision applications
supplyVoltageRange 1.1 V to 40 V
technology bipolar analog IC
topology internally compensated op amp
typicalSupplyCurrent 270 µA GENERATED
usedIn compact analog circuits
precision low-power designs

Referenced by (2)

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Bob Widlar notableWork LM10 operational amplifier
Bob Widlar designed LM10 operational amplifier