LCDP1006

RF Multiplexers Overview

The LCDP1006 is an RF diplexer manufactured by L-com, designed for signal conditioning applications. It features Type F female connectors and operates with a 75 Ohm impedance. The device functions across two distinct frequency bands: a low-pass range from 5 MHz to 42 MHz and a high-pass range from 54 MHz to 1.25 GHz. This configuration allows for the separation of RF signals based on their frequency components within these specified operational limits.

RF Multiplexers Feature Summary

• Separates RF signals into low-frequency (5-42 MHz) and high-frequency (54 MHz-1.25 GHz) bands
• Utilizes Type F female connectors for standard coaxial integration
• Designed with 75 Ohm impedance compatibility for signal conditioning

RF Multiplexers Applications

• RF signal splitting in communication systems
• Signal conditioning for mixed-frequency environments
• Chassis-mounted structural integration in equipment

RF Multiplexers Procurement Notes

Verify the specific datasheet version and technical specifications directly from the manufacturer or authorized distributor before procurement. Confirm that the 75 Ohm impedance and Type F connector requirements align with your system design. Ensure the operating frequency ranges meet your application needs. Check for any recent supply status updates or restrictions that may affect availability.

RF Multiplexers Selection Notes

Select this component when a passive RF diplexer is required to isolate signals between the 5-42 MHz and 54 MHz-1.25 GHz bands. It is suitable for applications demanding 75 Ohm impedance matching and Type F connectivity. Consider its chassis-mount capability if structural integrity and fixed installation are priorities for the deployment environment.

RF Multiplexers Part Context

The LCDP1006 belongs to the L-com family of RF multiplexers and signal conditioning modules. These products are engineered to provide flexible usage across various frequency bands, supporting modern connectivity requirements. The diplexer specifically addresses the need for efficient signal separation in RF infrastructure without active power sources.