ECL Datasheet(PDF) - AN-768 - Fairchild Semiconductor

What is ECL

In electronic components, 'ECL' stands for Emitter-Coupled Logic, a high-speed digital logic circuit technology developed in the early days of the vacuum tube era. ECL provides high speed and reliability, and features fast full-duplex operation.

ECL was first developed in the late 1950s by American engineer Callisto L. Muñoz and his team. It was initially implemented using vacuum tubes, but later began to be implemented with transistors and was widely used in high-performance logic circuits.

The main features of ECL are:

High speed operation: ECL has high speed and fast full duplex operation. This allows fast clock speeds and multiple logic operations to be performed in a short period of time, making it suitable for applications that require high-speed processing.

Stability: ECL is a logic technique that uses a direct voltage signal to maintain high speed and high signal strength, so it is less susceptible to noise and can maintain high signal strength.

Low power consumption: ECL has low power consumption despite its high-speed logic technology. However, it has a high power consumption compared to other logic technologies.

ECL is mainly used in applications requiring high performance and high-speed processing, such as communication systems, routers, high-speed computers, and wireless communication systems. However, due to high power consumption, more efficient logic technologies have been developed in recent years, and ECL is still used in certain applications but generally has a limited range of applications.

*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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Manufacturer	Part #	Datasheet	Description
Fairchild Semiconductor	AN-768	136Kb/8P	ECL Backplane Design
	AN-682	173Kb/3P	Terminating F100K ECL Inputs
	100EL16	138Kb/5P	5V ECL Differential Receiver
	100LVEL16	141Kb/6P	3.3V ECL Differential Receiver
	AN-784	78Kb/6P	F100K ECL Dual Rail Translators
	AN-780	76Kb/5P	Operating ECL from a Single Positive Supply
	100LVEL11	131Kb/6P	3.3V ECL 1:2 Differential Fanout Buffer
	100325	87Kb/9P	Low Power Hex ECL-to-TTL Translator
	100324	82Kb/8P	Low Power Hex TTL-to-ECL Translator
	100EL11	130Kb/5P	5V ECL 1:2 Differential Fanout Buffer
	AN-817	120Kb/10P	Taking Advantage of ECL Minimum-Skew Clock Drivers
	100397	129Kb/13P	Quad Differential ECL/TTL Translating Transceiver with Latch
	100398	117Kb/13P	Quad Differential ECL/TTL Translating Transceiver with Latch
	SPT5510	61Kb/8P	16-BIT, 200 MWPS ECL D/A CONVERTER
	SPT9712	48Kb/7P	12-BIT, 100 MWPS ECL D/A CONVERTER
	100329	111Kb/11P	Low Power Octal ECL/TTL Bidirectional Translator with Register
	100329A	88Kb/8P	Low Power Octal ECL/TTL Bidirectional Translator with Register
	100328	140Kb/14P	Low Power Octal ECL/TTL Bi-Directional Translator with Latch
	100393	60Kb/6P	Low Power 9-Bit ECL-to-TTL Translator with Latches
	100395	54Kb/5P	Low Power 9-Bit ECL-to-TTL Translator with Registers

ECL Datasheet, PDF

What is ECL

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