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Shortcut   LM339(756) recommended result.
Match, Like  ELM339(1) LM339(34) LM339A(13) LM339B(4) LM339D(23) LM339E(1) LM339F(1) LM339J(4) LM339M(6) LM339N(27) LM339P(1) LM339S(1) LM339X(4) LM339Y(7)
Start with  LM339*(704) LM339-*(13) LM339A*(221) LM339B*(7) LM339C*(2) LM339D*(114) LM339E*(2) LM339F*(3) LM339G*(11) LM339L*(88) LM339M*(7) LM339N*(51) LM339P*(80) LM339Q*(2) LM339S*(2) LM339V*(3) LM339W*(3) LM339X*(3)
End  *LM339(4) *-LM339(1) *CLM339(1) *HLM339(1)
Included  *LM339*(5) *LM339B*(1) *LM339L*(1)
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LM339 Datasheet, PDF - Motorola, Inc

Search Partnumber : Match&Start with "LM339" - Select : 5 , Total : 747 ( 1/1 Page)
ManufacturerPart #DatasheetDescription
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Motorola, Inc
LM339 MOTOROLA-LM339 Datasheet
124Kb/6P
   Quad Single Supply Comparators
Rev 2
LM339AD MOTOROLA-LM339AD Datasheet
124Kb/6P
   Quad Single Supply Comparators
Rev 2
LM339AN MOTOROLA-LM339AN Datasheet
124Kb/6P
   Quad Single Supply Comparators
Rev 2
LM339D MOTOROLA-LM339D Datasheet
124Kb/6P
   Quad Single Supply Comparators
Rev 2
LM339N MOTOROLA-LM339N Datasheet
124Kb/6P
   Quad Single Supply Comparators
Rev 2

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Brief Description of LM339


The LM339 is a quad voltage comparator integrated circuit produced by Texas Instruments (TI). A comparator is a type of circuit that compares two input voltages and outputs a digital signal indicating which is larger. The LM339 is a type of comparator that is designed to operate from a single power supply voltage, typically 5V.

The LM339 has four independent comparators inside a single package, each with its own inputs, output and open-collector output. It also features a wide input common-mode voltage range of 0V to Vcc-1.5V, which allows it to compare input voltage that is common to both inputs, and it can handle input voltage range of -0.3V to Vcc+0.3V.

It is commonly used in a wide range of applications such as voltage monitoring, sensor signal processing, and other circuits that require precise voltage level detection. It is also widely used in automotive, industrial and consumer applications such as over-voltage protection, temperature sensing, and other circuits that require precise voltage level detection. Due to its low power consumption and high input impedance, it is also commonly used in battery-powered devices.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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