DIFFERENTIAL Datasheet(PDF) - 8T39S11A - Renesas Technology Corp

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DIFFERENTIAL Datasheet, PDF

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Searched Keyword : 'differential' - Total: 377 (1/19) Pages

Manufacturer	Part #	Datasheet	Description
Renesas Technology Corp	8T39S11A	1Mb/36P	Crystal or Differential-to-Differential November 29, 2018
	IDT8T39S10I	1Mb/44P	Crystal or Differential to Differential Clock Fanout Buffer 2019
	8T39204	1Mb/41P	Crystal or Differential to Differential Clock Fanout Buffer February 2, 2023
	8T39S06A	1Mb/40P	Crystal or Differential to Differential Clock Fanout Buffer May 20, 2016
	8T39S04A	1Mb/36P	Crystal or Differential to Differential Clock Fanout Buffer July 24, 2019
	8T39S08A	1Mb/40P	Crystal or Differential-to-Differential Clock Fanout Buffer May 19, 2016
	8T39210	1Mb/43P	Crystal or Differential-to-Differential Clock Fanout Buffer February 2, 2023
	ICS871S1022	970Kb/23P	Differential-to-0.7V Differential PCI Express™ Jitter Attenuator 2019
	EL9110	499Kb/10P	Differential Receiver/Equalizer
	EL2142	454Kb/6P	Differential Line Receiver
	ICS871004I-04	1Mb/20P	Differential-to-HCSL Differential PCI EXPRESS™ Jitter Attenuator SEPTEMBER 5, 2012
	871002I-02	353Kb/17P	Differential-to-0.7V HCSL Differential PCI EXPRESS™ Jitter Attenuator 7/13/15
	8741004	606Kb/20P	Differential-to-LVDS/0.7V Differential PCI Express™ Jitter Attenuator 7/20/15
	8741004I	633Kb/23P	Differential-to-LVDS/0.7V Differential PCI Express™ Jitter Attenuator January 27, 2016
	831724	693Kb/23P	Differential Clock/Data Multiplexer November 16, 2016
	ISL1557	868Kb/12P	xDSL Differential Line Driver
	EL5175	753Kb/15P	550MHz Differential Line Receivers
	EL9111	1Mb/13P	Triple Differential Receiver/Equalizer May 9, 2007
	ISL59910	819Kb/12P	Triple Differential Receiver/Equalizer
	EL5172	751Kb/16P	250MHz Differential Line Receivers

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What is differential

Differential in electronics refers to a method of measuring or processing the difference between two signals or voltages. The two signals are usually of the same magnitude but propagated in opposite directions.

Differential is one of the very important concepts in electronic circuits.

This has many advantages, such as protecting signals from noise or interfaces, improving signal quality, and enabling high-speed data transmission.

Some examples of using Differential in electronics include:

Differential Amplifiers: Differential Amplifiers are circuits that measure the difference between two input signals and amplify this difference signal.

This allows compensation for input signal noise or common mode noise.

Differential Transmission Lines: Differential Transmission Lines consist of two parallel electrical signal circuits.

This circuit is used to reduce noise and interface at high frequencies, and to increase the data rate.

Differential Signals: Differential signals are a method of transmitting data using the difference between two signals.

This method enables noise attenuation and high-speed data transmission.

In this way, Differential offers various functions and advantages in electronic components.

*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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