LM9740CCVS/NOPB

Specialty Logic Overview

The LM9740CCVS/NOPB is a radio frequency front-end integrated circuit manufactured by Texas Instruments. It belongs to the LM9740 series and utilizes silicon technology. The component is classified under wireless and RF integrated circuits. It is RoHS compliant and possesses moisture sensitivity characteristics. The device is currently in an End-of-Life status, with a discontinuation notification dated January 29, 2026.

Specialty Logic Feature Summary

• Functions as a dedicated RF front-end solution for wireless applications.

Specialty Logic Applications

• Wireless communication systems requiring RF signal processing.

Specialty Logic Procurement Notes

This component has reached its end-of-life phase. A product discontinuation notification confirms that the manufacturer will cease production. Availability is limited to existing stock or last-time buys. Verify the specific discontinuation date of January 29, 2026, before initiating any procurement actions. Ensure compatibility with alternative components if long-term supply is required.

Specialty Logic Selection Notes

Select this part only if legacy support for the LM9740 series is strictly necessary. Consider the EOL status when planning for future maintenance or expansion. Evaluate alternative RF front-end ICs from current active portfolios to ensure supply chain stability. Confirm package and pinout requirements against the original design specifications.

Specialty Logic Part Context

The LM9740CCVS/NOPB is part of the LM9740 family produced by Texas Instruments. It serves as an RF front-end device within the wireless and RF integrated circuits category. The 'NOPB' suffix indicates lead-free packaging. The component is built using standard silicon technology and is designed for integration into wireless systems.

Specialty Logic Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Due to the End-of-Life status, direct replacements must be identified through independent technical comparison of RF front-end specifications.