SLLA635 May   2024 THVD4411 , THVD4421 , THVD4431

 

  1.   1
  2.   Abstract
  3.   Trademarks
  4. 1 Introduction
  5. 2 Application Use-Case of Multiprotocol Transceivers
  6. 3 Key Design Goals of a Versatile Multiprotocol Transceiver
  7. 4 Discrete Multiprotocol Transceiver Implementation
  8. 5 TI's THVD44xx Multiprotocol Transceiver Family
  9. 6 MODE Configurations for THVD4431
  10. 7 Application Diagrams for THVD4431
  11. 8 Waveforms for THVD4431
  12. 9 Benefits of THVD4431 Over Competition Devices
  13. 10Conclusion

10 Conclusion

Texas Instruments THVD44xx Multiprotocol transceivers offer compelling differentiation compared to incumbent solutions in the market. These devices only need four charge pump capacitors and two bypass capacitors to operate. Different customers and applications can select from any of the three devices available in this family based on the number of transmitters and receivers needed. Advance level of integration in these devices help enable new applications which were not possible with discrete or currently available competing multiprotocol solutions. Evaluation boards are available for all 3 devices in this family for quick evaluation and head-start into the design.