LTCV10.7MHY

Overview

The LTCV10.7MHY is a ceramic filter manufactured by Transko Electronics, Inc., designed for intermediate frequency applications. It operates at a center frequency of 10.7 MHz with a bandwidth of 110 kHz. The component features a nominal impedance of 330 Ohms and utilizes a 3-SMD, No Lead package configuration.

Feature Summary

• Compact surface-mount design suitable for space-constrained circuits
• Optimized for stable intermediate frequency signal processing

Applications

• FM radio receiver IF stages
• Television sound intermediate frequency filtering
• Communication equipment signal conditioning

Procurement Notes

Verify the exact datasheet specifications directly from Transko Electronics or authorized distributors before integration. Confirm that the 3-SMD no-lead package dimensions align with your PCB footprint requirements. Ensure the 110 kHz bandwidth meets your system's selectivity needs. Cross-reference the part number to distinguish between standard and tape-and-reel variants if applicable.

Selection Notes

Select this component when a 10.7 MHz center frequency with 110 kHz bandwidth is required in a compact SMD form factor. Consider the 330 Ohm impedance match for your circuit design. Evaluate the thermal and mechanical stability of the ceramic construction against environmental conditions. Compare against similar filters like the LTCV10.7MJ if a different bandwidth specification is acceptable.

Part Context

This part belongs to the LTCA/LTCV series of ceramic filters from Transko Electronics. These components are widely used in consumer electronics for fixed-frequency filtering applications. The series offers various bandwidth options while maintaining consistent physical footprints for easy board layout updates across product generations.

Replacement Considerations

The LTCV10.7MJ is a documented alternative within the same family, offering a 150 kHz bandwidth instead of 110 kHz. Verify impedance and package compatibility before substitution. Other models like LTCA10.7MS3 offer wider bandwidths but may require circuit adjustments.