米6体育平台手机版

SWRZ115B March 2021 – May 2024 AWR1843AOP

1
1Introduction
2Device Nomenclature
3Device Markings
4Usage Notes
1. 4.1 MSS: SPI Speed in 3-Wire Mode Usage Note
5Advisory to Silicon Variant / Revision Map
6Known Design Exceptions to Functional Specifications
1. MSS#03
2. MSS#04A
3. MSS#05A
4. MSS#13
5. MSS#17
6. MSS#18
7. MSS#19
8. MSS#20
9. MSS#21A
10. MSS#22
11. MSS#23
12. MSS#24
13. MSS#25
14. MSS#26
15. MSS#27
16. MSS#28
17. MSS#29
18. MSS#30
19. MSS#31
20. MSS#32
21. MSS#33
22. MSS#34
23. MSS#35
24. MSS#37B
25. MSS#38A
26. MSS#39
27. MSS#40
28. MSS#42
29. MSS#43A
30. MSS#44
31. MSS#45
32. ANA#08A
33. ANA#09A
34. ANA#10
35. ANA#11A
36. ANA#12A
37. ANA#13B
38. ANA#15
39. ANA#16
40. ANA#17A
41. ANA#18B
42. ANA#20
43. ANA#21B
44. ANA#22A
45. ANA#24A
46. ANA#27
47. PACKAGE#02A
7Trademarks
8Revision History

ANA#27

Digital Temperature Sensor Having Higher Error

Revision(s) Affected:

AWR1843AOP ES1.0

Description:

Due to the single-ended nature of the digital temperature sensors, as compared to the differential design of analog temperature sensors (that is, TX, RX, and PM), it is vulnerable to noise and can have higher error than the analog temperature sensors.

Workaround(s):

Use only the analog temperature sensor values (TX and RX) in the algorithm. The digital temperature sensor value can be ignored.