China MC10E211FNG 700 MHz Clock Fanout Buffer and Multiplexer IC with 2:6 Ratio and ECL/PECL Input/Output for sale

MC10E211FNG 700 MHz Clock Fanout Buffer and Multiplexer IC with 2:6 Ratio and ECL/PECL Input/Output

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Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

MC10E211FNG Clock Fanout Buffer and Multiplexer

The MC10E211FNG is a high-performance Clock Fanout Buffer and Multiplexer IC designed for demanding high-speed applications. With its 2:6 ratio and 700 MHz capability, this component ensures reliable signal distribution and timing integrity in complex electronic systems.

Key Features and Benefits

Enhanced Signal Integrity: Delivers clean and precise clock signals
High Frequency Operation: Supports up to 700 MHz for demanding applications
Multiplexing Capability: Integrates signal selection and distribution functions
Robust Design: Built for reliable performance in various environments

Ideal Applications: Telecommunications, Networking Equipment, High-Speed Computing, and Test & Measurement systems.

MC10E211FNG Clock Fanout Buffer and Multiplexer IC component

Product Attributes

Brand: Onsemi

Origin: N/A

Packaging/Delivery: LCL, AIR, FCL, Express

Color: N/A

Technical Specifications

Parameter	Value	Category	Details
Ratio - Input:Output	2:6	Clock/Timing	Clock Buffers, Drivers
Type	Fanout Buffer (Distribution), Multiplexer	Integrated Circuits (ICs)	N/A
Product Status	Obsolete	General	N/A
Mounting Type	Surface Mount	Installation	N/A
Package	Tube	Packaging	N/A
Differential - Input:Output	Yes/Yes	Signal Characteristics	N/A
Series	10E	Product Line	N/A
Input	ECL, PECL	Signal Type	N/A
Supplier Device Package	28-PLCC (11.51x11.51)	Package Details	N/A
Frequency - Max	700 MHz	Performance	N/A
Voltage - Supply	4.2V ~ 5.7V	Power	N/A
Package / Case	28-LCC (J-Lead)	Package Type	N/A
Output	ECL, PECL	Signal Type	N/A
Operating Temperature	0°C ~ 85°C	Environmental	N/A
Number Of Circuits	1	Configuration	N/A
Base Product Number	MC10E211	Identification	N/A
Model Number	MC10E211FNG	Identification	N/A