Voltage reference is a component that can provide a fixed or adjustable voltage with high accuracy and stability. The voltage is often more stable than that provided by a standard voltage regulator, but the voltage reference typically cannot supply high current. Common applications include analog-to-digital and digital-to-analog conversion, but it is also used in any application where a precise reference voltage is required.
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LM385Z-1.2 TO-92 voltage reference 1.2V
LM385Z-2.5 TO-92 voltage reference 2.5V
LM4040 SOT-23 Voltage reference 3V 0.5%
LM4040 SOT-23 Voltage reference 5V 1%
LM4040 TO-92 Voltage reference 10V 0.1%
LM4040 TO-92 Voltage reference 2.5V 0.1%
LM4040 TO-92 Voltage reference 3V 0.5%
LM4040 TO-92 Voltage reference 4.096V 0.1%
LM4040 TO-92 Voltage reference 5V 0.1%
Texas Instruments
LM4040-CIM3-10.0 SOT-23 Voltage reference 10V 0.1%
LM4040CYM3-2.5 SOT-23 Voltage reference 2.5V 0.5%
MAX6004EUR SOT-23 Voltage reference 4.096V
MAX6106EUR+T SOT-23 Voltage reference 2.048V 0.4%
MAX6330TUR-T SOT-23 precision shunt reg 3.3V w reset
MAX6350CSA+ SO-8 voltage reference 5.000V
TL431 SOT-23 Adjustable voltage reference
TL431ACLP TO-92 adjustable voltage reference 2.5 - 36V
Texas Instruments
TLE2426ILP TO-92 Voltage reference virual ground
Texas Instruments
Voltage reference is a component that can provide a fixed or adjustable voltage with high accuracy and stability. The voltage is often more stable than that provided by a standard voltage regulator, but the voltage reference typically cannot supply high current. Common applications include analog-to-digital and digital-to-analog conversion, but it is also used in any application where a precise reference voltage is required.