Use the auto-increment function of the OFDM Tables to write all of the data. Since this a complex table, write the Q value first to the Q OFDM Register (0x74), followed by the I value to the I OFDM Register (0x73)
Write the I and Q values from the table below to OFDM Table 0x8, starting at offset 0
Offset |
Q Value |
I Value |
0 |
0xFEB9 |
0x3FFD |
1 |
0xFEC6 |
0x3FFD |
2 |
0xFED2 |
0x3FFD |
3 |
0xFEDF |
0x3FFD |
4 |
0xFEEC |
0x3FFE |
5 |
0xFEF8 |
0x3FFE |
6 |
0xFF05 |
0x3FFE |
7 |
0xFF11 |
0x3FFE |
8 |
0xFF1E |
0x3FFE |
9 |
0xFF2A |
0x3FFF |
10 |
0xFF37 |
0x3FFF |
11 |
0xFF44 |
0x3FFF |
12 |
0xFF50 |
0x3FFF |
13 |
0xFF5D |
0x3FFF |
14 |
0xFF69 |
0x3FFF |
15 |
0xFF76 |
0x3FFF |
16 |
0xFF82 |
0x4000 |
17 |
0xFF8F |
0x4000 |
18 |
0xFF9B |
0x4000 |
19 |
0xFFA8 |
0x4000 |
20 |
0xFFB5 |
0x4000 |
21 |
0xFFC1 |
0x4000 |
22 |
0xFFCE |
0x4000 |
23 |
0xFFDA |
0x4000 |
24 |
0xFFE7 |
0x4000 |
25 |
0xFFF3 |
0x4000 |
26 |
0x0 |
0x4000 |
27 |
0xD |
0x4000 |
28 |
0x19 |
0x4000 |
29 |
0x26 |
0x4000 |
30 |
0x32 |
0x4000 |
31 |
0x3F |
0x4000 |
32 |
0x4B |
0x4000 |
33 |
0x58 |
0x4000 |
34 |
0x65 |
0x4000 |
35 |
0x71 |
0x4000 |
36 |
0x7E |
0x4000 |
37 |
0x8A |
0x3FFF |
38 |
0x97 |
0x3FFF |
39 |
0xA3 |
0x3FFF |
40 |
0xB0 |
0x3FFF |
41 |
0xBC |
0x3FFF |
42 |
0xC9 |
0x3FFF |
43 |
0xD6 |
0x3FFF |
44 |
0xE2 |
0x3FFE |
45 |
0xEF |
0x3FFE |
46 |
0xFB |
0x3FFE |
47 |
0x108 |
0x3FFE |
48 |
0x114 |
0x3FFE |
49 |
0x121 |
0x3FFD |
50 |
0x12E |
0x3FFD |
51 |
0x13A |
0x3FFD |
52 |
0x147 |
0x3FFD |