brands

attributes.Features

attributes.Logic_Function

attributes.Mounting_Type

attributes.Number_of_Elements

attributes.Number_of_Inputs_per_Gate

attributes.Package_Type

attributes.Pin_Count

attributes.Logic_Family

attributes.Input_Type

attributes.Maximum_Operating_Supply_Voltage

attributes.Maximum_High_Level_Output_Current

attributes.Maximum_Propagation_Delay_Time_0040_M

attributes.Minimum_Operating_Supply_Voltage

attributes.Maximum_Low_Level_Output_Current

Nexperia 74LVC1G57GW,125 3-Input Multifunction Logic Gate, 6-Pin SC-88

Nexperia 74AUP2G08DC,125, Dual 2-Input AND Schmitt Trigger Logic Gate, 8-Pin VSSOP

Nexperia 74LVC2G32DP,125, Dual 2-Input OR Logic Gate, 8-Pin TSSOP


Logic gates are physical components in a circuit that control the flow of a signal by implementing a Boolean function, processing a signal to binary information. Logic gates are foundational in logic circuits, or in any electronic circuit process that involves digital to analogue signal conversion, or the flow of digital information. Logic gates are primarily implemented using diodes or transistors as electrical switches, but can also be constructed using electromagnetic relays (relay logic), vacuum tubes, optics, molecules, fluidic logic, pneumatic logic, or even mechanical elements.

### Types of Logic Gate

Logic gates have distinct logic functions. The most common of these are known as basic gates. These include:

- AND Gates - these gates have multiple inputs that are processed into a single signal output depending on the positive combination of high signals in the inputs. It will only produce a high signal if both inputs register as high (e.g. two ones will result in a one, otherwise, it will have an output of zero).
- OR Gates - similar to the AND gate, an OR gate has multiple inputs and a single output. In this case, it does not require a positive combination of one signals but will implement logical produce a high signal if one or all of the inputs are high. (e.g a one and a zero, or two ones, may produce a high signal, but two zeros will produce zeros.)
- NOT Gates -also known as inverters, the NOT gates will process the signal as the opposite of its value (eg. a one will invert as a zero, and a zero will invert as a 1.)

There are also combined function logic gates that modify typical functions with an inversion.

- NAND Gate - unlike an AND gate, NAND will process two high signals as a zero and all other combinations as a one.
- NOR Gate - unlike an OR gate, this will produce a one if the inputs register a zero signal in any combination, rather than a high signal.
- Buffer Gate - a buffer logic gate behaves in the opposite manner of a NOT gate, in that it passes a signal unchanged from input to output.

### Applications

As CPUs employ binary logic, logic gates are essentially the building blocks of computers. As such, they can be found in many kinds of digital circuits such as:

- Encoders & Decoders
- Multiplexers & Demultiplexers
- Full and half adders


Logic Gates

Logic ICs

Semiconductors

1228569899

1492797549

1805640584

1872595187

1950438482

2099506070

2911534392

2972144945

3047907070

3089561311

3379516231

3702440375

3893962904

3999174723

4084450865

482906937

573211935

607105215

630592386

1337321341

1713511683

1953764780

215561600

2212326362

245755136

2675376924

2694081498

2854130884

3031041232

3479376779

3537785963

3606191116

3676807775

3694170890

3696367266

3871454867

3980878867

4239710393

730636658

Development Tools & Single Board Computers

Raspberry Pi, Arduino, ROCK, STEM Education & Development Tools

Electronic Components, Power & Connectors

Engineering Materials & Industrial Hardware

Pneumatic Counters, Logic Controllers & Timers

Electronics Cleaners & Protective Coatings

Nexperia Logic Gates

165 Products showing for Nexperia Logic Gates

Popular Searches

Related links