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Rochester Electronics MC100LVEL33DTG Environmental and export classification status description

The Onsemi MC100LVEL33DTG is a part of the MC100LVELxx series of low-voltage CMOS to 3.3V ECL translators developed by ON Semiconductor. It is designed to provide high-speed logic level translation between CMOS and ECL logic families. Functions: - Logic Level Translation: Converts signals from CMOS logic levels to 3.3V ECL logic levels. - Clock Distribution: Acts as a high-speed clock driver for ECL-based systems. - Signal Conditioning: Enables seamless interfacing between CMOS and ECL devices within a circuit. Applications: - Telecommunications equipment - Networking infrastructure - High-performance computing systems - Test and measurement equipment - Data communication applications Alternative Components: Some alternative components for CMOS to ECL level shifting include: - TI SN74LVTH374: Low-voltage CMOS to ECL translator. - Renesas HDMP-1022: ECL to TTL translator. Embedded Modules: The MC100LVEL33DTG can be integrated into various systems and circuits requiring precise level translation, clock distribution, and signal conditioning capabilities. Related Q&A: 1. What is the voltage range supported by the OnsemiMC100LVEL33DTG for CMOS to ECL translation? - The MC100LVEL33DTG supports voltage translation from 3.3V CMOS to ECL logic levels efficiently. 2. Can the MC100LVEL33DTG be used bidirectionally for level shifting purposes? - No, the MC100LVEL33DTG is designed for unidirectional level translation from CMOS to ECL logic levels. 3. What is the typical operating frequency range of the MC100LVEL33DTG for clock distribution applications? - The MC100LVEL33DTG supports high-speed clock distribution up to several gigahertz, making it suitable for demanding applications. 4. Are there any specific layout considerations to keep in mind when using the MC100LVEL33DTG in a design? - Proper termination and signal integrity practices are essential when incorporating the MC100LVEL33DTG into a circuit to ensure reliable operation and optimal performance. 5. Can the MC100LVEL33DTG be powered from a single supply voltage source? - Yes, the MC100LVEL33DTG can operate within a wide voltage range while being powered from a single 3.3V supply.