SDYU001AC June 2015 – November 2025 LSF0101 , LSF0102 , LSF0108 , SN74GTL2014 , SN74HC245 , SN74LS07 , SN74LV123A , SN74LV1T08 , SN74LV1T34 , SN74LV244AT , SN74LV245A , SN74LV4T125 , SN74LVC14A , SN74LVC1G08 , SN74LVC1G125 , SN74LVC245A , SN74LVTH125 , SN74LVTH16244A , SN74LVTH16245A , SN74LVTH245A
- 1
- Trademarks
- 1Introduction
- 2Logic Overview
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3Logic Families
- 3.1 Legacy Logic
- 3.2 AC(T): Advanced CMOS
- 3.3 AHC(T): Advanced High-Speed CMOS
- 3.4 ALVC: Advanced Low-Voltage CMOS
- 3.5 AUC: Advanced Ultra Low Voltage CMOS
- 3.6 AUP: Advanced Ultra-Low Power
- 3.7 AVC: Advanced Very-Low-Voltage CMOS
- 3.8 HC(T): High-Speed CMOS
- 3.9 HCS: High-Speed CMOS with Schmitt-trigger inputs
- 3.10 LV-A(T): Low Voltage
- 3.11 LVxT: Low-Voltage CMOS Single Supply Translating Logic
- 3.12 LVC: Low-Voltage CMOS
- 3.13 LVT: Low-Voltage BiCMOS Technology
- 4Appendix A: Logic Packages
- 5Appendix B: Competitor Family Cross Reference
- 6Appendix C: Logic Part Number Naming Conventions
- 7Appendix D: Standard Logic Functions
- 8Revision History
2.5 TI's Programmable Logic Devices: TPLD
Texas Instruments proudly introduced the TPLD line of programmable logic devices in 2024, marking a new era for our logic portfolio. While TI has had the broadest portfolio of logic available on the market for some time, there are still niche logic requirements that come up for our customers, and TPLD products provide a fast and easy method to fill those gaps in our portfolio. Whether you need a 3-input NAND gate with one inverted input or a complex logic function, TPLD has you covered.
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