FMS6406CSX

Video Processing Overview

The FMS6406CSX is a dual-channel active filter manufactured by onsemi, designed for S-Video applications. It operates within a supply voltage range of 4.75 V to 5.25 V and features a cutoff frequency of 7.6 MHz. The device supports two channels and functions at an operating power supply voltage of 2 V. It is housed in an SOIC-8 surface-mount package and is rated for operation between 0°C and +70°C.

Video Processing Feature Summary

• Dual-channel active filtering architecture optimized for video signal processing
• Integrated design specifically configured for S-Video applications

Video Processing Applications

• S-Video signal conditioning
• Active filtering in video circuits

Video Processing Procurement Notes

This component has reached the end-of-life stage, indicating that the manufacturer will discontinue production. Verification of final purchase availability and last-time buy status is required before integration into new designs. Existing stock levels may be limited, and sourcing should focus on authorized distributors or surplus suppliers capable of providing genuine units with traceable histories.

Video Processing Selection Notes

Engineers selecting this part must account for its discontinued status when planning long-term product lifecycles. The specific 7.6 MHz cutoff frequency and dual-channel configuration define its suitability for legacy S-Video systems. Alternative components should be evaluated if future production continuity is a primary constraint, as replacement parts may require circuit redesign due to differing pinouts or electrical characteristics.

Video Processing Part Context

Originally produced by Fairchild Semiconductor, this component is now managed under the onsemi brand following corporate restructuring. It belongs to the FMS6406 series of active filters. The transition from Fairchild to onsemi represents a change in manufacturing stewardship rather than a fundamental alteration of the component's original specifications or intended function.