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BUFFER Datasheet, PDF

Searched Keyword : 'BUFFER' - Total: 35 (1/2) Pages
ManufacturerPart #DatasheetDescription
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Alliance Semiconductor ...
ASM2P2309NZ Datasheet pdf image
398Kb/9P
Nine Output 3.3V Buffer
ASM5P2309NZ Datasheet pdf image
392Kb/9P
Nine Output 3.3V Buffer
ASM5I23S08A Datasheet pdf image
409Kb/18P
3.3V Zero Delay Buffer
ASM5P2304B Datasheet pdf image
376Kb/13P
3.3V Zero Delay Buffer
ASM5P2308A Datasheet pdf image
387Kb/18P
3.3V Zero-Delay Buffer
ASM5P2309A Datasheet pdf image
398Kb/20P
3.3V Zero Delay Buffer
ASM5I961C Datasheet pdf image
685Kb/15P
Low Voltage Zero Delay Buffer
ASMP5P23S09A Datasheet pdf image
206Kb/16P
3.3V SpreadTrak Zero Delay Buffer
AS4C16M16MD1 Datasheet pdf image
5Mb/55P
Programmable output buffer driver strength
AS80SSTVF16857 Datasheet pdf image
93Kb/12P
DDR 14-Bit Registered Buffer
ASM5P23S09A Datasheet pdf image
388Kb/18P
3.3V SpreadTrak Zero Delay Buffer
ASM5I961P Datasheet pdf image
625Kb/14P
Low Voltage Zero Delay Buffer
ASM5P23S04A Datasheet pdf image
364Kb/15P
3.3V SpreadTrak Zero Delay Buffer
ASM2P3805AH Datasheet pdf image
534Kb/13P
3.3V CMOS Buffer Clock Driver
ASM5P2304A Datasheet pdf image
300Kb/15P
3.3 V Zero Delay Buffer
ASM4SSTVF16857 Datasheet pdf image
147Kb/16P
DDR 14-Bit Registered Buffer
ASMP5P23S04A Datasheet pdf image
226Kb/13P
3.3 V SpreadTrak Zero Delay Buffer
ASM2I99456 Datasheet pdf image
554Kb/14P
3.3V/2.5V LVCMOS Clock Fanout Buffer
ASM2I99446 Datasheet pdf image
575Kb/14P
2.5V and 3.3V LVCMOS Clock Distribution Buffer
AS80SSTVF16859 Datasheet pdf image
122Kb/13P
DDR 13-Bit to 26-Bit Registered Buffer

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What is BUFFER


In electronic components, a buffer is a circuit that maintains the characteristics of a signal while replicating an input signal to an output signal.

That is, it passes the output signal to another circuit or device without amplifying or attenuating the input signal.

Buffers are used for the following purposes:

Signal Amplification: When the magnitude of the input signal is small, Buffer increases the magnitude of the output signal by amplifying the input signal.

Signal Attenuation: If the magnitude of the input signal is too large, Buffer reduces the magnitude of the output signal by attenuating the input signal.

Signal distribution: One input signal can be divided into multiple output signals.

Signal Drive: Drives an output signal by converting an input signal into sufficient electrical energy before passing the output signal to another circuit or device.

Buffers are used in many electronic components and come in a variety of circuit configurations and types.

For example, a Voltage Follower constructed using an Op-amp is a type of Buffer in which one input and one output are duplicated as the same signal. Also, inverting/non-inverting buffers are used in digital circuits.

These buffers are used to pass digital signals to other circuits or devices without amplifying or attenuating the input signal.

*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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