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MC100LVEL37DW is listed in the Clock Buffers, Drivers range at ChipApex. The manufacturer field lists onsemi. Its product description is IC CLK BUFF DVDR MUX 2:4 20-SOIC. Review the specifications below when checking this part for your BOM.
The MC100LVEL37DW is a high-speed clock buffer, divider, and multiplexer manufactured by onsemi. It operates within the Low Voltage ECLinPS family and features a 2:4 input-to-output ratio. The device supports maximum output frequencies up to 1 GHz and functions with a 3.3 V power supply. It is housed in a 20-SOIC surface-mount package. Key electrical specifications include a typical jitter of 50 ps and an operating current of 54 mA. The component is rated for industrial temperatures ranging from -40°C to +85°C.
Verify the specific ordering suffix, as the MC100LVEL37DW designation may correspond to legacy or non-RoHS compliant variants depending on the manufacturer's current catalog status. Confirm moisture sensitivity level (MSL) handling requirements prior to assembly. Cross-reference the part number alias MC100LVEL38DWG to ensure functional equivalence if sourcing replacements. Check for active production status versus obsolete listings from third-party distributors.
Select this component when a combined clock buffer, divider, and mux solution is required for 3.3V ECL systems. Ensure the design accommodates the 20-SOIC footprint and thermal dissipation characteristics. Verify that the 1 GHz frequency limit meets system bandwidth requirements. Consider the 50 ps jitter specification against the noise tolerance of downstream receivers.
This part belongs to the MC100LVEL3x series of Low Voltage ECLinPS devices. It serves as a versatile timing element, often replacing discrete buffer and divider circuits. The 'DW' suffix indicates the 20-SOIC package variant. It is functionally related to the MC100LVEL38DWG, which shares similar pinouts and capabilities within the same product family.
The MC100LVEL38DWG is listed as a part number alias for this component. Verify pin compatibility and electrical parameters before substitution. No other direct cross-model substitutes are confirmed in the provided documentation.
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