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BUFFER Datasheet, PDF

Searched Keyword : 'BUFFER' - Total: 17 (1/1) Pages
ManufacturerPart #DatasheetDescription
Company Logo Img
PhaseLink Corporation
PLL102-05 Datasheet pdf image
222Kb/6P
Low Skew Output Buffer
PLL102-15 Datasheet pdf image
109Kb/8P
Low Skew Output Buffer
PLL102-03 Datasheet pdf image
206Kb/6P
Low Skew Output Buffer
PLL102-04 Datasheet pdf image
236Kb/6P
Low Skew Output Buffer
PLL102-10 Datasheet pdf image
180Kb/6P
Low Skew Output Buffer
PLL103-07 Datasheet pdf image
144Kb/7P
2 DIMM DDR Fanout Buffer
PLL103-05 Datasheet pdf image
122Kb/4P
1-to-5 Clock Distribution Buffer
PLL130-08 Datasheet pdf image
240Kb/5P
High Speed Translator Buffer to PECL
PLL130-09 Datasheet pdf image
237Kb/5P
High Speed Translator Buffer to LVDS
PLL103-04 Datasheet pdf image
122Kb/4P
1-to-4 Clock Distribution Buffer
PLL130-05 Datasheet pdf image
208Kb/4P
High Speed Translator Buffer to PECL (Enable Low)
PLL130-07 Datasheet pdf image
231Kb/5P
High Speed Translator Buffer to CMOS (Selectable Drive)
PLL103-06 Datasheet pdf image
145Kb/7P
DDR SDRAM Buffer with 2 DDR or 3 SDRAM DIMMS
PLL103-02 Datasheet pdf image
178Kb/6P
DDR SDRAM Buffer for Desktop PCs with 4 DDR DIMMS
PLL103-02D Datasheet pdf image
147Kb/7P
DDR SDRAM Buffer for Desktop PCs with 4 DDR DIMMS
PLL103-03 Datasheet pdf image
149Kb/7P
DDR SDRAM Buffer with 4 DDR or 3 SDR/2 DDR DIMMS
PLL103-53 Datasheet pdf image
148Kb/7P
DDR SDRAM Buffer with 5 DDR or 3 SDR/3 DDR DIMMS

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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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