spandsp
3.0.0
v34_tx_pre_emphasis_filters.h
1
/* THIS FILE WAS AUTOMATICALLY GENERATED - ANY MODIFICATIONS MADE TO THIS
2
FILE MAY BE OVERWRITTEN DURING FUTURE BUILDS OF THE SOFTWARE */
3
4
static
const
float
v34_tx_pre_emphasis_filters[6][2][10][16] =
5
{
6
{
7
{
8
{
/* Baud rate 2400, low carrier filter 1, 2dB boost */
9
0.02449,
10
-0.08205,
11
0.16418,
12
-0.24363,
13
0.27567,
14
-0.21563,
15
-0.03312,
16
0.62986,
17
0.62986,
18
-0.03312,
19
-0.21563,
20
0.27567,
21
-0.24363,
22
0.16418,
23
-0.08205,
24
0.02449
25
},
26
{
/* Baud rate 2400, low carrier filter 2, 4dB boost */
27
0.05522,
28
-0.18770,
29
0.38121,
30
-0.57609,
31
0.67828,
32
-0.59420,
33
0.15708,
34
0.62737,
35
0.62737,
36
0.15708,
37
-0.59420,
38
0.67828,
39
-0.57609,
40
0.38121,
41
-0.18770,
42
0.05522
43
},
44
{
/* Baud rate 2400, low carrier filter 3, 6dB boost */
45
0.09296,
46
-0.31937,
47
0.65377,
48
-0.99381,
49
1.18381,
50
-1.06383,
51
0.39196,
52
0.61891,
53
0.61891,
54
0.39196,
55
-1.06383,
56
1.18381,
57
-0.99381,
58
0.65377,
59
-0.31937,
60
0.09296
61
},
62
{
/* Baud rate 2400, low carrier filter 4, 8dB boost */
63
0.13901,
64
-0.48233,
65
0.99355,
66
-1.51474,
67
1.81317,
68
-1.64127,
69
0.67832,
70
0.60393,
71
0.60393,
72
0.67832,
73
-1.64127,
74
1.81317,
75
-1.51474,
76
0.99355,
77
-0.48233,
78
0.13901
79
},
80
{
/* Baud rate 2400, low carrier filter 5, 10dB boost */
81
0.19503,
82
-0.68333,
83
1.41556,
84
-2.16203,
85
2.59318,
86
-2.34781,
87
1.02498,
88
0.58161,
89
0.58161,
90
1.02498,
91
-2.34781,
92
2.59318,
93
-2.16203,
94
1.41556,
95
-0.68333,
96
0.19503
97
},
98
{
/* Baud rate 2400, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
99
-0.00126,
100
0.00535,
101
-0.00955,
102
0.01354,
103
-0.03745,
104
0.10782,
105
-0.23136,
106
0.65286,
107
0.65286,
108
-0.23136,
109
0.10782,
110
-0.03745,
111
0.01354,
112
-0.00955,
113
0.00535,
114
-0.00126
115
},
116
{
/* Baud rate 2400, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
117
-0.00223,
118
0.00853,
119
-0.01104,
120
0.00682,
121
-0.03339,
122
0.13395,
123
-0.28507,
124
0.68233,
125
0.68233,
126
-0.28507,
127
0.13395,
128
-0.03339,
129
0.00682,
130
-0.01104,
131
0.00853,
132
-0.00223
133
},
134
{
/* Baud rate 2400, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
135
-0.00305,
136
0.01068,
137
-0.00953,
138
-0.00455,
139
-0.02636,
140
0.16243,
141
-0.34491,
142
0.71512,
143
0.71512,
144
-0.34491,
145
0.16243,
146
-0.02636,
147
-0.00455,
148
-0.00953,
149
0.01068,
150
-0.00305
151
},
152
{
/* Baud rate 2400, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
153
-0.00369,
154
0.01171,
155
-0.00487,
156
-0.02050,
157
-0.01716,
158
0.19496,
159
-0.41276,
160
0.75209,
161
0.75209,
162
-0.41276,
163
0.19496,
164
-0.01716,
165
-0.02050,
166
-0.00487,
167
0.01171,
168
-0.00369
169
},
170
{
/* Baud rate 2400, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
171
-0.00415,
172
0.01154,
173
0.00309,
174
-0.04091,
175
-0.00680,
176
0.23360,
177
-0.49091,
178
0.79425,
179
0.79425,
180
-0.49091,
181
0.23360,
182
-0.00680,
183
-0.04091,
184
0.00309,
185
0.01154,
186
-0.00415
187
}
188
},
189
{
190
{
/* Baud rate 2400, high carrier filter 1, 2dB boost */
191
-0.00619,
192
0.01433,
193
-0.03607,
194
0.05160,
195
-0.09259,
196
0.14212,
197
-0.30701,
198
0.72472,
199
0.72472,
200
-0.30701,
201
0.14212,
202
-0.09259,
203
0.05160,
204
-0.03607,
205
0.01433,
206
-0.00619
207
},
208
{
/* Baud rate 2400, high carrier filter 2, 4dB boost */
209
-0.01283,
210
0.02848,
211
-0.06907,
212
0.08920,
213
-0.15132,
214
0.21301,
215
-0.46042,
216
0.84199,
217
0.84199,
218
-0.46042,
219
0.21301,
220
-0.15132,
221
0.08920,
222
-0.06907,
223
0.02848,
224
-0.01283
225
},
226
{
/* Baud rate 2400, high carrier filter 3, 6dB boost */
227
-0.02067,
228
0.05355,
229
-0.11839,
230
0.14798,
231
-0.23822,
232
0.32828,
233
-0.66452,
234
0.98865,
235
0.98865,
236
-0.66452,
237
0.32828,
238
-0.23822,
239
0.14798,
240
-0.11839,
241
0.05355,
242
-0.02067
243
},
244
{
/* Baud rate 2400, high carrier filter 4, 8dB boost */
245
-0.03215,
246
0.08341,
247
-0.18076,
248
0.22418,
249
-0.35272,
250
0.48059,
251
-0.93141,
252
1.16814,
253
1.16814,
254
-0.93141,
255
0.48059,
256
-0.35272,
257
0.22418,
258
-0.18076,
259
0.08341,
260
-0.03215
261
},
262
{
/* Baud rate 2400, high carrier filter 5, 10dB boost */
263
-0.04495,
264
0.10952,
265
-0.24307,
266
0.30132,
267
-0.47722,
268
0.65774,
269
-1.26256,
270
1.38387,
271
1.38387,
272
-1.26256,
273
0.65774,
274
-0.47722,
275
0.30132,
276
-0.24307,
277
0.10952,
278
-0.04495
279
},
280
{
/* Baud rate 2400, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
281
-0.00242,
282
0.01087,
283
-0.02358,
284
0.03739,
285
-0.06779,
286
0.13715,
287
-0.25216,
288
0.66020,
289
0.66020,
290
-0.25216,
291
0.13715,
292
-0.06779,
293
0.03739,
294
-0.02358,
295
0.01087,
296
-0.00242
297
},
298
{
/* Baud rate 2400, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
299
-0.00459,
300
0.01981,
301
-0.03976,
302
0.05554,
303
-0.09491,
304
0.19282,
305
-0.32638,
306
0.69681,
307
0.69681,
308
-0.32638,
309
0.19282,
310
-0.09491,
311
0.05554,
312
-0.03976,
313
0.01981,
314
-0.00459
315
},
316
{
/* Baud rate 2400, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
317
-0.00670,
318
0.02834,
319
-0.05485,
320
0.07268,
321
-0.12389,
322
0.25558,
323
-0.41010,
324
0.73796,
325
0.73796,
326
-0.41010,
327
0.25558,
328
-0.12389,
329
0.07268,
330
-0.05485,
331
0.02834,
332
-0.00670
333
},
334
{
/* Baud rate 2400, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
335
-0.00877,
336
0.03653,
337
-0.06904,
338
0.08938,
339
-0.15609,
340
0.32754,
341
-0.50543,
342
0.78455,
343
0.78455,
344
-0.50543,
345
0.32754,
346
-0.15609,
347
0.08938,
348
-0.06904,
349
0.03653,
350
-0.00877
351
},
352
{
/* Baud rate 2400, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
353
-0.01077,
354
0.04433,
355
-0.08234,
356
0.10608,
357
-0.19282,
358
0.41094,
359
-0.61468,
360
0.83759,
361
0.83759,
362
-0.61468,
363
0.41094,
364
-0.19282,
365
0.10608,
366
-0.08234,
367
0.04433,
368
-0.01077
369
}
370
}
371
},
372
{
373
{
374
{
/* Baud rate 2743, low carrier filter 1, 2dB boost */
375
-0.00841,
376
0.01846,
377
-0.03754,
378
0.06537,
379
-0.10908,
380
0.15696,
381
-0.29902,
382
0.71715,
383
0.71715,
384
-0.29902,
385
0.15696,
386
-0.10908,
387
0.06537,
388
-0.03754,
389
0.01846,
390
-0.00841
391
},
392
{
/* Baud rate 2743, low carrier filter 2, 4dB boost */
393
-0.01734,
394
0.03687,
395
-0.07164,
396
0.11890,
397
-0.18725,
398
0.24331,
399
-0.43811,
400
0.82274,
401
0.82274,
402
-0.43811,
403
0.24331,
404
-0.18725,
405
0.11890,
406
-0.07164,
407
0.03687,
408
-0.01734
409
},
410
{
/* Baud rate 2743, low carrier filter 3, 6dB boost */
411
-0.02737,
412
0.05799,
413
-0.11077,
414
0.18173,
415
-0.28019,
416
0.35118,
417
-0.60920,
418
0.94738,
419
0.94738,
420
-0.60920,
421
0.35118,
422
-0.28019,
423
0.18173,
424
-0.11077,
425
0.05799,
426
-0.02737
427
},
428
{
/* Baud rate 2743, low carrier filter 4, 8dB boost */
429
-0.03862,
430
0.08220,
431
-0.15583,
432
0.25577,
433
-0.39146,
434
0.48651,
435
-0.82004,
436
1.09511,
437
1.09511,
438
-0.82004,
439
0.48651,
440
-0.39146,
441
0.25577,
442
-0.15583,
443
0.08220,
444
-0.03862
445
},
446
{
/* Baud rate 2743, low carrier filter 5, 10dB boost */
447
-0.05029,
448
0.10680,
449
-0.20216,
450
0.33528,
451
-0.51549,
452
0.64680,
453
-1.07299,
454
1.26827,
455
1.26827,
456
-1.07299,
457
0.64680,
458
-0.51549,
459
0.33528,
460
-0.20216,
461
0.10680,
462
-0.05029
463
},
464
{
/* Baud rate 2743, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
465
0.00008,
466
-0.00082,
467
0.00151,
468
0.00597,
469
-0.03824,
470
0.10634,
471
-0.21974,
472
0.64488,
473
0.64488,
474
-0.21974,
475
0.10634,
476
-0.03824,
477
0.00597,
478
0.00151,
479
-0.00082,
480
0.00008
481
},
482
{
/* Baud rate 2743, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
483
0.00063,
484
-0.00459,
485
0.01257,
486
-0.01002,
487
-0.03285,
488
0.12731,
489
-0.25705,
490
0.66400,
491
0.66400,
492
-0.25705,
493
0.12731,
494
-0.03285,
495
-0.01002,
496
0.01257,
497
-0.00459,
498
0.00063
499
},
500
{
/* Baud rate 2743, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
501
0.00130,
502
-0.00894,
503
0.02472,
504
-0.02644,
505
-0.02981,
506
0.15401,
507
-0.30082,
508
0.68598,
509
0.68598,
510
-0.30082,
511
0.15401,
512
-0.02981,
513
-0.02644,
514
0.02472,
515
-0.00894,
516
0.00130
517
},
518
{
/* Baud rate 2743, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
519
0.00209,
520
-0.01388,
521
0.03791,
522
-0.04291,
523
-0.03003,
524
0.18780,
525
-0.35231,
526
0.71133,
527
0.71133,
528
-0.35231,
529
0.18780,
530
-0.03003,
531
-0.04291,
532
0.03791,
533
-0.01388,
534
0.00209
535
},
536
{
/* Baud rate 2743, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
537
0.00277,
538
-0.01795,
539
0.04785,
540
-0.05133,
541
-0.04482,
542
0.24093,
543
-0.42128,
544
0.74383,
545
0.74383,
546
-0.42128,
547
0.24093,
548
-0.04482,
549
-0.05133,
550
0.04785,
551
-0.01795,
552
0.00277
553
}
554
},
555
{
556
{
/* Baud rate 2743, high carrier filter 1, 2dB boost */
557
-0.00103,
558
0.01173,
559
-0.02581,
560
0.04363,
561
-0.07729,
562
0.13330,
563
-0.28180,
564
0.71427,
565
0.71427,
566
-0.28180,
567
0.13330,
568
-0.07729,
569
0.04363,
570
-0.02581,
571
0.01173,
572
-0.00103
573
},
574
{
/* Baud rate 2743, high carrier filter 2, 4dB boost */
575
-0.00173,
576
0.02264,
577
-0.04651,
578
0.07108,
579
-0.11692,
580
0.19061,
581
-0.40028,
582
0.81622,
583
0.81622,
584
-0.40028,
585
0.19061,
586
-0.11692,
587
0.07108,
588
-0.04651,
589
0.02264,
590
-0.00173
591
},
592
{
/* Baud rate 2743, high carrier filter 3, 6dB boost */
593
-0.00308,
594
0.03707,
595
-0.07384,
596
0.10817,
597
-0.17015,
598
0.26955,
599
-0.55167,
600
0.93804,
601
0.93804,
602
-0.55167,
603
0.26955,
604
-0.17015,
605
0.10817,
606
-0.07384,
607
0.03707,
608
-0.00308
609
},
610
{
/* Baud rate 2743, high carrier filter 4, 8dB boost */
611
-0.00547,
612
0.05624,
613
-0.11011,
614
0.15829,
615
-0.24201,
616
0.37760,
617
-0.74507,
618
1.08435,
619
1.08435,
620
-0.74507,
621
0.37760,
622
-0.24201,
623
0.15829,
624
-0.11011,
625
0.05624,
626
-0.00547
627
},
628
{
/* Baud rate 2743, high carrier filter 5, 10dB boost */
629
-0.00928,
630
0.08156,
631
-0.15798,
632
0.22555,
633
-0.33867,
634
0.52410,
635
-0.99180,
636
1.26078,
637
1.26078,
638
-0.99180,
639
0.52410,
640
-0.33867,
641
0.22555,
642
-0.15798,
643
0.08156,
644
-0.00928
645
},
646
{
/* Baud rate 2743, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
647
-0.00072,
648
0.00330,
649
-0.00900,
650
0.02301,
651
-0.05826,
652
0.12475,
653
-0.23293,
654
0.64973,
655
0.64973,
656
-0.23293,
657
0.12475,
658
-0.05826,
659
0.02301,
660
-0.00900,
661
0.00330,
662
-0.00072
663
},
664
{
/* Baud rate 2743, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
665
-0.00080,
666
0.00284,
667
-0.00640,
668
0.02056,
669
-0.06840,
670
0.15962,
671
-0.28002,
672
0.67244,
673
0.67244,
674
-0.28002,
675
0.15962,
676
-0.06840,
677
0.02056,
678
-0.00640,
679
0.00284,
680
-0.00080
681
},
682
{
/* Baud rate 2743, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
683
-0.00085,
684
0.00227,
685
-0.00385,
686
0.01937,
687
-0.08250,
688
0.20134,
689
-0.33421,
690
0.69821,
691
0.69821,
692
-0.33421,
693
0.20134,
694
-0.08250,
695
0.01937,
696
-0.00385,
697
0.00227,
698
-0.00085
699
},
700
{
/* Baud rate 2743, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
701
-0.00087,
702
0.00158,
703
-0.00141,
704
0.01977,
705
-0.10141,
706
0.25119,
707
-0.39667,
708
0.72754,
709
0.72754,
710
-0.39667,
711
0.25119,
712
-0.10141,
713
0.01977,
714
-0.00141,
715
0.00158,
716
-0.00087
717
},
718
{
/* Baud rate 2743, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
719
-0.00084,
720
0.00080,
721
0.00071,
722
0.02236,
723
-0.12627,
724
0.31073,
725
-0.46881,
726
0.76099,
727
0.76099,
728
-0.46881,
729
0.31073,
730
-0.12627,
731
0.02236,
732
0.00071,
733
0.00080,
734
-0.00084
735
}
736
}
737
},
738
{
739
{
740
{
/* Baud rate 2800, low carrier filter 1, 2dB boost */
741
0.00373,
742
-0.00678,
743
-0.00138,
744
0.01546,
745
-0.04692,
746
0.10168,
747
-0.25944,
748
0.70297,
749
0.70297,
750
-0.25944,
751
0.10168,
752
-0.04692,
753
0.01546,
754
-0.00138,
755
-0.00678,
756
0.00373
757
},
758
{
/* Baud rate 2800, low carrier filter 2, 4dB boost */
759
0.00924,
760
-0.01917,
761
0.00926,
762
0.00673,
763
-0.04732,
764
0.11781,
765
-0.34786,
766
0.79030,
767
0.79030,
768
-0.34786,
769
0.11781,
770
-0.04732,
771
0.00673,
772
0.00926,
773
-0.01917,
774
0.00924
775
},
776
{
/* Baud rate 2800, low carrier filter 3, 6dB boost */
777
0.01587,
778
-0.03368,
779
0.02136,
780
-0.00161,
781
-0.05114,
782
0.14497,
783
-0.46061,
784
0.89384,
785
0.89384,
786
-0.46061,
787
0.14497,
788
-0.05114,
789
-0.00161,
790
0.02136,
791
-0.03368,
792
0.01587
793
},
794
{
/* Baud rate 2800, low carrier filter 4, 8dB boost */
795
0.02378,
796
-0.05051,
797
0.03479,
798
-0.00865,
799
-0.06058,
800
0.18770,
801
-0.60433,
802
1.01723,
803
1.01723,
804
-0.60433,
805
0.18770,
806
-0.06058,
807
-0.00865,
808
0.03479,
809
-0.05051,
810
0.02378
811
},
812
{
/* Baud rate 2800, low carrier filter 5, 10dB boost */
813
0.03315,
814
-0.06990,
815
0.04927,
816
-0.01307,
817
-0.07866,
818
0.25201,
819
-0.78749,
820
1.16496,
821
1.16496,
822
-0.78749,
823
0.25201,
824
-0.07866,
825
-0.01307,
826
0.04927,
827
-0.06990,
828
0.03315
829
},
830
{
/* Baud rate 2800, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
831
-0.00001,
832
-0.00011,
833
-0.00112,
834
0.01164,
835
-0.04587,
836
0.11272,
837
-0.22278,
838
0.64552,
839
0.64552,
840
-0.22278,
841
0.11272,
842
-0.04587,
843
0.01164,
844
-0.00112,
845
-0.00011,
846
-0.00001
847
},
848
{
/* Baud rate 2800, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
849
0.00052,
850
-0.00347,
851
0.00801,
852
0.00023,
853
-0.04676,
854
0.13846,
855
-0.26163,
856
0.66463,
857
0.66463,
858
-0.26163,
859
0.13846,
860
-0.04676,
861
0.00023,
862
0.00801,
863
-0.00347,
864
0.00052
865
},
866
{
/* Baud rate 2800, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
867
0.00114,
868
-0.00727,
869
0.01782,
870
-0.01089,
871
-0.05069,
872
0.17024,
873
-0.30684,
874
0.68648,
875
0.68648,
876
-0.30684,
877
0.17024,
878
-0.05069,
879
-0.01089,
880
0.01782,
881
-0.00727,
882
0.00114
883
},
884
{
/* Baud rate 2800, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
885
0.00175,
886
-0.01084,
887
0.02639,
888
-0.01813,
889
-0.06267,
890
0.21352,
891
-0.36281,
892
0.71280,
893
0.71280,
894
-0.36281,
895
0.21352,
896
-0.06267,
897
-0.01813,
898
0.02639,
899
-0.01084,
900
0.00175
901
},
902
{
/* Baud rate 2800, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
903
0.00214,
904
-0.01299,
905
0.03037,
906
-0.01537,
907
-0.09096,
908
0.27707,
909
-0.43650,
910
0.74626,
911
0.74626,
912
-0.43650,
913
0.27707,
914
-0.09096,
915
-0.01537,
916
0.03037,
917
-0.01299,
918
0.00214
919
}
920
},
921
{
922
{
/* Baud rate 2800, high carrier filter 1, 2dB boost */
923
0.00212,
924
0.00302,
925
-0.01820,
926
0.04112,
927
-0.07659,
928
0.13363,
929
-0.28137,
930
0.71275,
931
0.71275,
932
-0.28137,
933
0.13363,
934
-0.07659,
935
0.04112,
936
-0.01820,
937
0.00302,
938
0.00212
939
},
940
{
/* Baud rate 2800, high carrier filter 2, 4dB boost */
941
0.00771,
942
-0.00159,
943
-0.02135,
944
0.05630,
945
-0.10547,
946
0.18258,
947
-0.39181,
948
0.81087,
949
0.81087,
950
-0.39181,
951
0.18258,
952
-0.10547,
953
0.05630,
954
-0.02135,
955
-0.00159,
956
0.00771
957
},
958
{
/* Baud rate 2800, high carrier filter 3, 6dB boost */
959
0.01453,
960
-0.00716,
961
-0.02575,
962
0.07726,
963
-0.14488,
964
0.25072,
965
-0.53251,
966
0.92783,
967
0.92783,
968
-0.53251,
969
0.25072,
970
-0.14488,
971
0.07726,
972
-0.02575,
973
-0.00716,
974
0.01453
975
},
976
{
/* Baud rate 2800, high carrier filter 4, 8dB boost */
977
0.02257,
978
-0.01150,
979
-0.03534,
980
0.10960,
981
-0.20178,
982
0.34745,
983
-0.71314,
984
1.06878,
985
1.06878,
986
-0.71314,
987
0.34745,
988
-0.20178,
989
0.10960,
990
-0.03534,
991
-0.01150,
992
0.02257
993
},
994
{
/* Baud rate 2800, high carrier filter 5, 10dB boost */
995
0.03227,
996
-0.01731,
997
-0.04726,
998
0.15219,
999
-0.27796,
1000
0.47806,
1001
-0.94244,
1002
1.23797,
1003
1.23797,
1004
-0.94244,
1005
0.47806,
1006
-0.27796,
1007
0.15219,
1008
-0.04726,
1009
-0.01731,
1010
0.03227
1011
},
1012
{
/* Baud rate 2800, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1013
-0.00086,
1014
0.00413,
1015
-0.01147,
1016
0.02754,
1017
-0.06352,
1018
0.12824,
1019
-0.23375,
1020
0.64956,
1021
0.64956,
1022
-0.23375,
1023
0.12824,
1024
-0.06352,
1025
0.02754,
1026
-0.01147,
1027
0.00413,
1028
-0.00086
1029
},
1030
{
/* Baud rate 2800, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1031
-0.00091,
1032
0.00363,
1033
-0.00938,
1034
0.02689,
1035
-0.07611,
1036
0.16403,
1037
-0.27961,
1038
0.67125,
1039
0.67125,
1040
-0.27961,
1041
0.16403,
1042
-0.07611,
1043
0.02689,
1044
-0.00938,
1045
0.00363,
1046
-0.00091
1047
},
1048
{
/* Baud rate 2800, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1049
-0.00094,
1050
0.00317,
1051
-0.00771,
1052
0.02800,
1053
-0.09297,
1054
0.20655,
1055
-0.33215,
1056
0.69580,
1057
0.69580,
1058
-0.33215,
1059
0.20655,
1060
-0.09297,
1061
0.02800,
1062
-0.00771,
1063
0.00317,
1064
-0.00094
1065
},
1066
{
/* Baud rate 2800, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1067
-0.00096,
1068
0.00271,
1069
-0.00647,
1070
0.03114,
1071
-0.11486,
1072
0.25697,
1073
-0.39247,
1074
0.72364,
1075
0.72364,
1076
-0.39247,
1077
0.25697,
1078
-0.11486,
1079
0.03114,
1080
-0.00647,
1081
0.00271,
1082
-0.00096
1083
},
1084
{
/* Baud rate 2800, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
1085
-0.00097,
1086
0.00229,
1087
-0.00587,
1088
0.03688,
1089
-0.14288,
1090
0.31674,
1091
-0.46184,
1092
0.75529,
1093
0.75529,
1094
-0.46184,
1095
0.31674,
1096
-0.14288,
1097
0.03688,
1098
-0.00587,
1099
0.00229,
1100
-0.00097
1101
}
1102
}
1103
},
1104
{
1105
{
1106
{
/* Baud rate 3000, low carrier filter 1, 2dB boost */
1107
-0.01052,
1108
0.02390,
1109
-0.04062,
1110
0.06012,
1111
-0.09844,
1112
0.14741,
1113
-0.28875,
1114
0.70945,
1115
0.70945,
1116
-0.28875,
1117
0.14741,
1118
-0.09844,
1119
0.06012,
1120
-0.04062,
1121
0.02390,
1122
-0.01052
1123
},
1124
{
/* Baud rate 3000, low carrier filter 2, 4dB boost */
1125
-0.02117,
1126
0.04569,
1127
-0.07202,
1128
0.09779,
1129
-0.15231,
1130
0.21068,
1131
-0.40605,
1132
0.80216,
1133
0.80216,
1134
-0.40605,
1135
0.21068,
1136
-0.15231,
1137
0.09779,
1138
-0.07202,
1139
0.04569,
1140
-0.02117
1141
},
1142
{
/* Baud rate 3000, low carrier filter 3, 6dB boost */
1143
-0.03378,
1144
0.07283,
1145
-0.11181,
1146
0.14660,
1147
-0.22135,
1148
0.29485,
1149
-0.55260,
1150
0.91172,
1151
0.91172,
1152
-0.55260,
1153
0.29485,
1154
-0.22135,
1155
0.14660,
1156
-0.11181,
1157
0.07283,
1158
-0.03378
1159
},
1160
{
/* Baud rate 3000, low carrier filter 4, 8dB boost */
1161
-0.04871,
1162
0.10659,
1163
-0.16226,
1164
0.20979,
1165
-0.31001,
1166
0.40609,
1167
-0.73558,
1168
1.04168,
1169
1.04168,
1170
-0.73558,
1171
0.40609,
1172
-0.31001,
1173
0.20979,
1174
-0.16226,
1175
0.10659,
1176
-0.04871
1177
},
1178
{
/* Baud rate 3000, low carrier filter 5, 10dB boost */
1179
-0.06640,
1180
0.14849,
1181
-0.22618,
1182
0.29146,
1183
-0.42403,
1184
0.55231,
1185
-0.96394,
1186
1.19641,
1187
1.19641,
1188
-0.96394,
1189
0.55231,
1190
-0.42403,
1191
0.29146,
1192
-0.22618,
1193
0.14849,
1194
-0.06640
1195
},
1196
{
/* Baud rate 3000, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1197
-0.00068,
1198
0.00372,
1199
-0.01185,
1200
0.03016,
1201
-0.06674,
1202
0.12757,
1203
-0.22861,
1204
0.64638,
1205
0.64638,
1206
-0.22861,
1207
0.12757,
1208
-0.06674,
1209
0.03016,
1210
-0.01185,
1211
0.00372,
1212
-0.00068
1213
},
1214
{
/* Baud rate 3000, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1215
-0.00025,
1216
0.00163,
1217
-0.00800,
1218
0.03010,
1219
-0.08115,
1220
0.16082,
1221
-0.26661,
1222
0.66345,
1223
0.66345,
1224
-0.26661,
1225
0.16082,
1226
-0.08115,
1227
0.03010,
1228
-0.00800,
1229
0.00163,
1230
-0.00025
1231
},
1232
{
/* Baud rate 3000, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1233
0.00018,
1234
-0.00040,
1235
-0.00471,
1236
0.03199,
1237
-0.09971,
1238
0.19990,
1239
-0.30996,
1240
0.68270,
1241
0.68270,
1242
-0.30996,
1243
0.19990,
1244
-0.09971,
1245
0.03199,
1246
-0.00471,
1247
-0.00040,
1248
0.00018
1249
},
1250
{
/* Baud rate 3000, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1251
0.00058,
1252
-0.00210,
1253
-0.00273,
1254
0.03719,
1255
-0.12423,
1256
0.24680,
1257
-0.36028,
1258
0.70479,
1259
0.70479,
1260
-0.36028,
1261
0.24680,
1262
-0.12423,
1263
0.03719,
1264
-0.00273,
1265
-0.00210,
1266
0.00058
1267
},
1268
{
/* Baud rate 3000, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
1269
0.00067,
1270
-0.00223,
1271
-0.00498,
1272
0.05018,
1273
-0.15990,
1274
0.30661,
1275
-0.42163,
1276
0.73131,
1277
0.73131,
1278
-0.42163,
1279
0.30661,
1280
-0.15990,
1281
0.05018,
1282
-0.00498,
1283
-0.00223,
1284
0.00067
1285
}
1286
},
1287
{
1288
{
/* Baud rate 3000, high carrier filter 1, 2dB boost */
1289
-0.00802,
1290
0.01886,
1291
-0.03447,
1292
0.05034,
1293
-0.08932,
1294
0.13796,
1295
-0.28321,
1296
0.70668,
1297
0.70668,
1298
-0.28321,
1299
0.13796,
1300
-0.08932,
1301
0.05034,
1302
-0.03447,
1303
0.01886,
1304
-0.00802
1305
},
1306
{
/* Baud rate 3000, high carrier filter 2, 4dB boost */
1307
-0.01127,
1308
0.02133,
1309
-0.04975,
1310
0.06852,
1311
-0.11755,
1312
0.17394,
1313
-0.38890,
1314
0.79363,
1315
0.79363,
1316
-0.38890,
1317
0.17394,
1318
-0.11755,
1319
0.06852,
1320
-0.04975,
1321
0.02133,
1322
-0.01127
1323
},
1324
{
/* Baud rate 3000, high carrier filter 3, 6dB boost */
1325
-0.01560,
1326
0.02840,
1327
-0.06882,
1328
0.09195,
1329
-0.15575,
1330
0.22679,
1331
-0.51859,
1332
0.89634,
1333
0.89634,
1334
-0.51859,
1335
0.22679,
1336
-0.15575,
1337
0.09195,
1338
-0.06882,
1339
0.02840,
1340
-0.01560
1341
},
1342
{
/* Baud rate 3000, high carrier filter 4, 8dB boost */
1343
-0.02837,
1344
0.06062,
1345
-0.09275,
1346
0.11248,
1347
-0.21070,
1348
0.31547,
1349
-0.67638,
1350
1.01913,
1351
1.01913,
1352
-0.67638,
1353
0.31547,
1354
-0.21070,
1355
0.11248,
1356
-0.09275,
1357
0.06062,
1358
-0.02837
1359
},
1360
{
/* Baud rate 3000, high carrier filter 5, 10dB boost */
1361
-0.03803,
1362
0.08314,
1363
-0.12513,
1364
0.15001,
1365
-0.27898,
1366
0.42133,
1367
-0.87714,
1368
1.16342,
1369
1.16342,
1370
-0.87714,
1371
0.42133,
1372
-0.27898,
1373
0.15001,
1374
-0.12513,
1375
0.08314,
1376
-0.03803
1377
},
1378
{
/* Baud rate 3000, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1379
-0.00493,
1380
0.01485,
1381
-0.02884,
1382
0.04598,
1383
-0.08159,
1384
0.13884,
1385
-0.23686,
1386
0.64803,
1387
0.64803,
1388
-0.23686,
1389
0.13884,
1390
-0.08159,
1391
0.04598,
1392
-0.02884,
1393
0.01485,
1394
-0.00493
1395
},
1396
{
/* Baud rate 3000, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1397
-0.00276,
1398
0.01203,
1399
-0.02904,
1400
0.05463,
1401
-0.10025,
1402
0.17341,
1403
-0.27651,
1404
0.66769,
1405
0.66769,
1406
-0.27651,
1407
0.17341,
1408
-0.10025,
1409
0.05463,
1410
-0.02904,
1411
0.01203,
1412
-0.00276
1413
},
1414
{
/* Baud rate 3000, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1415
-0.00282,
1416
0.01226,
1417
-0.03074,
1418
0.06308,
1419
-0.12452,
1420
0.21626,
1421
-0.32211,
1422
0.68776,
1423
0.68776,
1424
-0.32211,
1425
0.21626,
1426
-0.12452,
1427
0.06308,
1428
-0.03074,
1429
0.01226,
1430
-0.00282
1431
},
1432
{
/* Baud rate 3000, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1433
-0.00307,
1434
0.01335,
1435
-0.03441,
1436
0.07473,
1437
-0.15359,
1438
0.26560,
1439
-0.37420,
1440
0.71064,
1441
0.71064,
1442
-0.37420,
1443
0.26560,
1444
-0.15359,
1445
0.07473,
1446
-0.03441,
1447
0.01335,
1448
-0.00307
1449
},
1450
{
/* Baud rate 3000, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
1451
-0.00346,
1452
0.01510,
1453
-0.03997,
1454
0.09021,
1455
-0.18879,
1456
0.32266,
1457
-0.43319,
1458
0.73635,
1459
0.73635,
1460
-0.43319,
1461
0.32266,
1462
-0.18879,
1463
0.09021,
1464
-0.03997,
1465
0.01510,
1466
-0.00346
1467
}
1468
}
1469
},
1470
{
1471
{
1472
{
/* Baud rate 3200, low carrier filter 1, 2dB boost */
1473
-0.00367,
1474
0.01326,
1475
-0.03017,
1476
0.04727,
1477
-0.08439,
1478
0.13810,
1479
-0.27837,
1480
0.70329,
1481
0.70329,
1482
-0.27837,
1483
0.13810,
1484
-0.08439,
1485
0.04727,
1486
-0.03017,
1487
0.01326,
1488
-0.00367
1489
},
1490
{
/* Baud rate 3200, low carrier filter 2, 4dB boost */
1491
-0.00435,
1492
0.01848,
1493
-0.04285,
1494
0.06263,
1495
-0.11529,
1496
0.18591,
1497
-0.38073,
1498
0.78827,
1499
0.78827,
1500
-0.38073,
1501
0.18591,
1502
-0.11529,
1503
0.06263,
1504
-0.04285,
1505
0.01848,
1506
-0.00435
1507
},
1508
{
/* Baud rate 3200, low carrier filter 3, 6dB boost */
1509
-0.00559,
1510
0.02576,
1511
-0.05956,
1512
0.08409,
1513
-0.15595,
1514
0.24980,
1515
-0.50737,
1516
0.88752,
1517
0.88752,
1518
-0.50737,
1519
0.24980,
1520
-0.15595,
1521
0.08409,
1522
-0.05956,
1523
0.02576,
1524
-0.00559
1525
},
1526
{
/* Baud rate 3200, low carrier filter 4, 8dB boost */
1527
-0.00681,
1528
0.03470,
1529
-0.08007,
1530
0.11220,
1531
-0.20817,
1532
0.33354,
1533
-0.66348,
1534
1.00403,
1535
1.00403,
1536
-0.66348,
1537
0.33354,
1538
-0.20817,
1539
0.11220,
1540
-0.08007,
1541
0.03470,
1542
-0.00681
1543
},
1544
{
/* Baud rate 3200, low carrier filter 5, 10dB boost */
1545
-0.00896,
1546
0.04658,
1547
-0.10685,
1548
0.15018,
1549
-0.27653,
1550
0.44360,
1551
-0.85653,
1552
1.14105,
1553
1.14105,
1554
-0.85653,
1555
0.44360,
1556
-0.27653,
1557
0.15018,
1558
-0.10685,
1559
0.04658,
1560
-0.00896
1561
},
1562
{
/* Baud rate 3200, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1563
-0.00170,
1564
0.00829,
1565
-0.02152,
1566
0.04206,
1567
-0.07566,
1568
0.13130,
1569
-0.22920,
1570
0.64628,
1571
0.64628,
1572
-0.22920,
1573
0.13130,
1574
-0.07566,
1575
0.04206,
1576
-0.02152,
1577
0.00829,
1578
-0.00170
1579
},
1580
{
/* Baud rate 3200, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1581
-0.00111,
1582
0.00614,
1583
-0.01939,
1584
0.04696,
1585
-0.09531,
1586
0.16414,
1587
-0.26097,
1588
0.65947,
1589
0.65947,
1590
-0.26097,
1591
0.16414,
1592
-0.09531,
1593
0.04696,
1594
-0.01939,
1595
0.00614,
1596
-0.00111
1597
},
1598
{
/* Baud rate 3200, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1599
-0.00065,
1600
0.00461,
1601
-0.01880,
1602
0.05449,
1603
-0.11879,
1604
0.20179,
1605
-0.29724,
1606
0.67455,
1607
0.67455,
1608
-0.29724,
1609
0.20179,
1610
-0.11879,
1611
0.05449,
1612
-0.01880,
1613
0.00461,
1614
-0.00065
1615
},
1616
{
/* Baud rate 3200, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1617
-0.00029,
1618
0.00363,
1619
-0.01981,
1620
0.06525,
1621
-0.14724,
1622
0.24537,
1623
-0.33858,
1624
0.69167,
1625
0.69167,
1626
-0.33858,
1627
0.24537,
1628
-0.14724,
1629
0.06525,
1630
-0.01981,
1631
0.00363,
1632
-0.00029
1633
},
1634
{
/* Baud rate 3200, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
1635
-0.00041,
1636
0.00487,
1637
-0.02586,
1638
0.08348,
1639
-0.18457,
1640
0.29855,
1641
-0.38839,
1642
0.71233,
1643
0.71233,
1644
-0.38839,
1645
0.29855,
1646
-0.18457,
1647
0.08348,
1648
-0.02586,
1649
0.00487,
1650
-0.00041
1651
}
1652
},
1653
{
1654
{
/* Baud rate 3200, high carrier filter 1, 2dB boost */
1655
-0.00604,
1656
0.01233,
1657
-0.02738,
1658
0.05039,
1659
-0.08964,
1660
0.13691,
1661
-0.27522,
1662
0.70106,
1663
0.70106,
1664
-0.27522,
1665
0.13691,
1666
-0.08964,
1667
0.05039,
1668
-0.02738,
1669
0.01233,
1670
-0.00604
1671
},
1672
{
/* Baud rate 3200, high carrier filter 2, 4dB boost */
1673
-0.00518,
1674
0.00684,
1675
-0.02829,
1676
0.06174,
1677
-0.11616,
1678
0.17524,
1679
-0.37077,
1680
0.78302,
1681
0.78302,
1682
-0.37077,
1683
0.17524,
1684
-0.11616,
1685
0.06174,
1686
-0.02829,
1687
0.00684,
1688
-0.00518
1689
},
1690
{
/* Baud rate 3200, high carrier filter 3, 6dB boost */
1691
-0.00400,
1692
0.00145,
1693
-0.03088,
1694
0.07715,
1695
-0.15062,
1696
0.22746,
1697
-0.48788,
1698
0.87793,
1699
0.87793,
1700
-0.48788,
1701
0.22746,
1702
-0.15062,
1703
0.07715,
1704
-0.03088,
1705
0.00145,
1706
-0.00400
1707
},
1708
{
/* Baud rate 3200, high carrier filter 4, 8dB boost */
1709
-0.00241,
1710
-0.00438,
1711
-0.03504,
1712
0.09796,
1713
-0.19550,
1714
0.29740,
1715
-0.63213,
1716
0.98886,
1717
0.98886,
1718
-0.63213,
1719
0.29740,
1720
-0.19550,
1721
0.09796,
1722
-0.03504,
1723
-0.00438,
1724
-0.00241
1725
},
1726
{
/* Baud rate 3200, high carrier filter 5, 10dB boost */
1727
-0.00036,
1728
-0.01069,
1729
-0.04130,
1730
0.12594,
1731
-0.25400,
1732
0.39019,
1733
-0.81001,
1734
1.11911,
1735
1.11911,
1736
-0.81001,
1737
0.39019,
1738
-0.25400,
1739
0.12594,
1740
-0.04130,
1741
-0.01069,
1742
-0.00036
1743
},
1744
{
/* Baud rate 3200, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1745
-0.00577,
1746
0.01657,
1747
-0.02999,
1748
0.04701,
1749
-0.08225,
1750
0.13777,
1751
-0.23238,
1752
0.64569,
1753
0.64569,
1754
-0.23238,
1755
0.13777,
1756
-0.08225,
1757
0.04701,
1758
-0.02999,
1759
0.01657,
1760
-0.00577
1761
},
1762
{
/* Baud rate 3200, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1763
-0.00290,
1764
0.01310,
1765
-0.03168,
1766
0.05800,
1767
-0.10053,
1768
0.16755,
1769
-0.26701,
1770
0.66304,
1771
0.66304,
1772
-0.26701,
1773
0.16755,
1774
-0.10053,
1775
0.05800,
1776
-0.03168,
1777
0.01310,
1778
-0.00290
1779
},
1780
{
/* Baud rate 3200, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1781
-0.00268,
1782
0.01267,
1783
-0.03333,
1784
0.06815,
1785
-0.12585,
1786
0.20617,
1787
-0.30392,
1788
0.67842,
1789
0.67842,
1790
-0.30392,
1791
0.20617,
1792
-0.12585,
1793
0.06815,
1794
-0.03333,
1795
0.01267,
1796
-0.00268
1797
},
1798
{
/* Baud rate 3200, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1799
-0.00269,
1800
0.01320,
1801
-0.03704,
1802
0.08131,
1803
-0.15523,
1804
0.25014,
1805
-0.34624,
1806
0.69619,
1807
0.69619,
1808
-0.34624,
1809
0.25014,
1810
-0.15523,
1811
0.08131,
1812
-0.03704,
1813
0.01320,
1814
-0.00269
1815
},
1816
{
/* Baud rate 3200, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
1817
-0.00285,
1818
0.01449,
1819
-0.04277,
1820
0.09813,
1821
-0.18994,
1822
0.30039,
1823
-0.39400,
1824
0.71616,
1825
0.71616,
1826
-0.39400,
1827
0.30039,
1828
-0.18994,
1829
0.09813,
1830
-0.04277,
1831
0.01449,
1832
-0.00285
1833
}
1834
}
1835
},
1836
{
1837
{
1838
{
/* Baud rate 3429, low carrier filter 1, 2dB boost */
1839
-0.02066,
1840
0.02481,
1841
-0.04515,
1842
0.05710,
1843
-0.10003,
1844
0.13910,
1845
-0.28170,
1846
0.69491,
1847
0.69491,
1848
-0.28170,
1849
0.13910,
1850
-0.10003,
1851
0.05710,
1852
-0.04515,
1853
0.02481,
1854
-0.02066
1855
},
1856
{
/* Baud rate 3429, low carrier filter 2, 4dB boost */
1857
-0.01643,
1858
0.03398,
1859
-0.05415,
1860
0.07790,
1861
-0.12749,
1862
0.18282,
1863
-0.36508,
1864
0.77404,
1865
0.77404,
1866
-0.36508,
1867
0.18282,
1868
-0.12749,
1869
0.07790,
1870
-0.05415,
1871
0.03398,
1872
-0.01643
1873
},
1874
{
/* Baud rate 3429, low carrier filter 3, 6dB boost */
1875
-0.01443,
1876
0.03019,
1877
-0.06765,
1878
0.10805,
1879
-0.16537,
1880
0.22978,
1881
-0.47471,
1882
0.86399,
1883
0.86399,
1884
-0.47471,
1885
0.22978,
1886
-0.16537,
1887
0.10805,
1888
-0.06765,
1889
0.03019,
1890
-0.01443
1891
},
1892
{
/* Baud rate 3429, low carrier filter 4, 8dB boost */
1893
-0.01697,
1894
0.03504,
1895
-0.08569,
1896
0.14064,
1897
-0.21417,
1898
0.29455,
1899
-0.60452,
1900
0.96442,
1901
0.96442,
1902
-0.60452,
1903
0.29455,
1904
-0.21417,
1905
0.14064,
1906
-0.08569,
1907
0.03504,
1908
-0.01697
1909
},
1910
{
/* Baud rate 3429, low carrier filter 5, 10dB boost */
1911
-0.02170,
1912
0.04500,
1913
-0.11068,
1914
0.18235,
1915
-0.27541,
1916
0.37764,
1917
-0.76220,
1918
1.08122,
1919
1.08122,
1920
-0.76220,
1921
0.37764,
1922
-0.27541,
1923
0.18235,
1924
-0.11068,
1925
0.04500,
1926
-0.02170
1927
},
1928
{
/* Baud rate 3429, low carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
1929
-0.03125,
1930
0.03829,
1931
-0.02159,
1932
0.03260,
1933
-0.12551,
1934
0.16883,
1935
-0.19821,
1936
0.60406,
1937
0.60406,
1938
-0.19821,
1939
0.16883,
1940
-0.12551,
1941
0.03260,
1942
-0.02159,
1943
0.03829,
1944
-0.03125
1945
},
1946
{
/* Baud rate 3429, low carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
1947
-0.02299,
1948
0.03974,
1949
-0.04344,
1950
0.05577,
1951
-0.12186,
1952
0.18216,
1953
-0.25058,
1954
0.64135,
1955
0.64135,
1956
-0.25058,
1957
0.18216,
1958
-0.12186,
1959
0.05577,
1960
-0.04344,
1961
0.03974,
1962
-0.02299
1963
},
1964
{
/* Baud rate 3429, low carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
1965
-0.01662,
1966
0.04258,
1967
-0.06468,
1968
0.07944,
1969
-0.12530,
1970
0.20197,
1971
-0.30274,
1972
0.67602,
1973
0.67602,
1974
-0.30274,
1975
0.20197,
1976
-0.12530,
1977
0.07944,
1978
-0.06468,
1979
0.04258,
1980
-0.01662
1981
},
1982
{
/* Baud rate 3429, low carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
1983
-0.01233,
1984
0.04633,
1985
-0.08494,
1986
0.10451,
1987
-0.13815,
1988
0.22887,
1989
-0.35301,
1990
0.70661,
1991
0.70661,
1992
-0.35301,
1993
0.22887,
1994
-0.13815,
1995
0.10451,
1996
-0.08494,
1997
0.04633,
1998
-0.01233
1999
},
2000
{
/* Baud rate 3429, low carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
2001
-0.01334,
2002
0.05120,
2003
-0.09766,
2004
0.12803,
2005
-0.17300,
2006
0.27053,
2007
-0.38925,
2008
0.72126,
2009
0.72126,
2010
-0.38925,
2011
0.27053,
2012
-0.17300,
2013
0.12803,
2014
-0.09766,
2015
0.05120,
2016
-0.01334
2017
}
2018
},
2019
{
2020
{
/* Baud rate 3429, high carrier filter 1, 2dB boost */
2021
-0.02066,
2022
0.02481,
2023
-0.04515,
2024
0.05710,
2025
-0.10003,
2026
0.13910,
2027
-0.28170,
2028
0.69491,
2029
0.69491,
2030
-0.28170,
2031
0.13910,
2032
-0.10003,
2033
0.05710,
2034
-0.04515,
2035
0.02481,
2036
-0.02066
2037
},
2038
{
/* Baud rate 3429, high carrier filter 2, 4dB boost */
2039
-0.01643,
2040
0.03398,
2041
-0.05415,
2042
0.07790,
2043
-0.12749,
2044
0.18282,
2045
-0.36508,
2046
0.77404,
2047
0.77404,
2048
-0.36508,
2049
0.18282,
2050
-0.12749,
2051
0.07790,
2052
-0.05415,
2053
0.03398,
2054
-0.01643
2055
},
2056
{
/* Baud rate 3429, high carrier filter 3, 6dB boost */
2057
-0.01443,
2058
0.03019,
2059
-0.06765,
2060
0.10805,
2061
-0.16537,
2062
0.22978,
2063
-0.47471,
2064
0.86399,
2065
0.86399,
2066
-0.47471,
2067
0.22978,
2068
-0.16537,
2069
0.10805,
2070
-0.06765,
2071
0.03019,
2072
-0.01443
2073
},
2074
{
/* Baud rate 3429, high carrier filter 4, 8dB boost */
2075
-0.01697,
2076
0.03504,
2077
-0.08569,
2078
0.14064,
2079
-0.21417,
2080
0.29455,
2081
-0.60452,
2082
0.96442,
2083
0.96442,
2084
-0.60452,
2085
0.29455,
2086
-0.21417,
2087
0.14064,
2088
-0.08569,
2089
0.03504,
2090
-0.01697
2091
},
2092
{
/* Baud rate 3429, high carrier filter 5, 10dB boost */
2093
-0.02170,
2094
0.04500,
2095
-0.11068,
2096
0.18235,
2097
-0.27541,
2098
0.37764,
2099
-0.76220,
2100
1.08122,
2101
1.08122,
2102
-0.76220,
2103
0.37764,
2104
-0.27541,
2105
0.18235,
2106
-0.11068,
2107
0.04500,
2108
-0.02170
2109
},
2110
{
/* Baud rate 3429, high carrier filter 6, 0.5dB to 0.5dB+1.0dB boost */
2111
-0.03125,
2112
0.03829,
2113
-0.02159,
2114
0.03260,
2115
-0.12551,
2116
0.16883,
2117
-0.19821,
2118
0.60406,
2119
0.60406,
2120
-0.19821,
2121
0.16883,
2122
-0.12551,
2123
0.03260,
2124
-0.02159,
2125
0.03829,
2126
-0.03125
2127
},
2128
{
/* Baud rate 3429, high carrier filter 7, 1.0dB to 1.0dB+2.0dB boost */
2129
-0.02299,
2130
0.03974,
2131
-0.04344,
2132
0.05577,
2133
-0.12186,
2134
0.18216,
2135
-0.25058,
2136
0.64135,
2137
0.64135,
2138
-0.25058,
2139
0.18216,
2140
-0.12186,
2141
0.05577,
2142
-0.04344,
2143
0.03974,
2144
-0.02299
2145
},
2146
{
/* Baud rate 3429, high carrier filter 8, 1.5dB to 1.5dB+3.0dB boost */
2147
-0.01662,
2148
0.04258,
2149
-0.06468,
2150
0.07944,
2151
-0.12530,
2152
0.20197,
2153
-0.30274,
2154
0.67602,
2155
0.67602,
2156
-0.30274,
2157
0.20197,
2158
-0.12530,
2159
0.07944,
2160
-0.06468,
2161
0.04258,
2162
-0.01662
2163
},
2164
{
/* Baud rate 3429, high carrier filter 9, 2.0dB to 2.0dB+4.0dB boost */
2165
-0.01233,
2166
0.04633,
2167
-0.08494,
2168
0.10451,
2169
-0.13815,
2170
0.22887,
2171
-0.35301,
2172
0.70661,
2173
0.70661,
2174
-0.35301,
2175
0.22887,
2176
-0.13815,
2177
0.10451,
2178
-0.08494,
2179
0.04633,
2180
-0.01233
2181
},
2182
{
/* Baud rate 3429, high carrier filter 10, 2.5dB to 2.5dB+5.0dB boost */
2183
-0.01334,
2184
0.05120,
2185
-0.09766,
2186
0.12803,
2187
-0.17300,
2188
0.27053,
2189
-0.38925,
2190
0.72126,
2191
0.72126,
2192
-0.38925,
2193
0.27053,
2194
-0.17300,
2195
0.12803,
2196
-0.09766,
2197
0.05120,
2198
-0.01334
2199
}
2200
}
2201
}
2202
};
src
v34_tx_pre_emphasis_filters.h
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