Last updated: December 21, 2016 by Emma Unander

b700d9.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 13-May-2003
% ddfplan15(3,4,3,2,2)

% L,N=   2,2
% F_CLK > 1 x CLK_IN

% HDF pole1: 5000000.000 Hz
% FIR pole1: 2500000.000 Hz
H_STAGES 4
H_GROWTH 43

H_DRATE  2
H_BYP    0
F_CLA    0

F_TAPS   2
F_ESYM   1
F_DRATE  2
F_BYP    0
F_0AD    0

TAP 0 0x32916  % 0.3951
TAP 1 0x6522C  % 0.7901


b800d9.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 27-May-2003
% L,N=   2,2
% F_CLK > 1 x CLK_IN
%ddfplan15(3,3,3,2,2)
% HDF pole1: 5000000.000 Hz
% FIR pole1: 2500000.000 Hz
H_STAGES 3
%H_GROWTH 45
H_GROWTH 45

H_DRATE  2
H_BYP    0
F_CLA    0

F_TAPS   2
F_ESYM   1
F_DRATE  2
F_BYP    0
F_0AD    0

TAP 0 0x25ED1  % 0.2963
TAP 1 0x4BDA1  % 0.5926


b600d12.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 05-Aug-2002
% L,N=   1,2
% F_CLK > 0.666667 x CLK_IN
% ddfplan15(4,5,3,1,2)
% HDF pole1: 3750000.000 Hz
% FIR pole1: 1875000.000 Hz
H_STAGES 5
H_GROWTH 40

H_DRATE  3
H_BYP    0
F_CLA    0

F_TAPS   1
F_ESYM   1
F_DRATE  2
F_BYP    0
F_0AD    0

TAP 0 0x40000  % 0.5000


b800d12.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 06-Aug-2002
% L,N=   1,2
% F_CLK > 0.75 x CLK_IN
% ddfplan15(3,5,4,1,2)
% HDF pole1: 5000000.000 Hz
% FIR pole1: 2500000.000 Hz
H_STAGES 5
H_GROWTH 42

H_DRATE  2
H_BYP    0
F_CLA    0

F_TAPS   1
F_ESYM   1
F_DRATE  3
F_BYP    0
F_0AD    0

TAP 0 0x436C8  % 0.5267


b500d15.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 25-Oct-2000
% L,N=   1,2
% ddfplan15(5,5,3,1,2)
% F_CLK > 0.533333 x CLK_IN

% HDF pole1: 3000000.000 Hz
% FIR pole1: 1500000.000 Hz
H_STAGES 5
H_GROWTH 38

H_DRATE  4
H_BYP    0
F_CLA    0

F_TAPS   1
F_ESYM   1
F_DRATE  2
F_BYP    0
F_0AD    0

TAP 0 0x53E2D  % 0.6554


b250d30.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 06-Jun-2000
% L,N=   3,3
% F_CLK > 0.466667 x CLK_IN
% ddfplan15(5,5,6,3,3)
% HDF pole1: 3000000.000 Hz
% FIR pole1: 1000000.000 Hz
H_STAGES 5
H_GROWTH 38

H_DRATE  4
H_BYP    0
F_CLA    0

F_TAPS   6
F_ESYM   1
F_DRATE  5
F_BYP    0
F_0AD    0

TAP 0 0x0636C  % 0.0485
TAP 1 0x12A43  % 0.1456
TAP 2 0x25486  % 0.2913
TAP 3 0x2B7F2  % 0.3398


b210d36.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 12-Sep-2002
% L,N=   3,3
% F_CLK > 0.388889 x CLK_IN
% ddfplan15(6,5,6,3,3)
% HDF pole1: 2500000.000 Hz
% FIR pole1: 833333.333 Hz
H_STAGES 5
H_GROWTH 37

H_DRATE  5
H_BYP    0
F_CLA    0

F_TAPS   6
F_ESYM   1
F_DRATE  5
F_BYP    0
F_0AD    0

TAP 0 0x04FE9  % 0.0390
TAP 1 0x0EFBB  % 0.1171
TAP 2 0x1DF75  % 0.2341
TAP 3 0x22F5E  % 0.2731


b170d45.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 27-Nov-2001
% L,N=   5,2
% F_CLK > 0.266667 x CLK_IN
%ddfplan15(9,5,5,5,2)
% HDF pole1: 1666666.667 Hz
% FIR pole1: 833333.333 Hz
H_STAGES 5
H_GROWTH 34

H_DRATE  8
H_BYP    0
F_CLA    0

F_TAPS   5
F_ESYM   1
F_DRATE  4
F_BYP    0
F_0AD    0

TAP 0 0x04708  % 0.0347
TAP 1 0x16328  % 0.1734
TAP 2 0x2C64F  % 0.3468


b150d60.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 14-Mar-2001
% L,N=   5,2
% F_CLK > 0.216667 x CLK_IN
%ddfplan15(10,5,6,5,2)
% HDF pole1: 1500000.000 Hz
% FIR pole1: 750000.000 Hz
H_STAGES 5
H_GROWTH 33

H_DRATE  9
H_BYP    0
F_CLA    0

F_TAPS   5
F_ESYM   1
F_DRATE  5
F_BYP    0
F_0AD    0

TAP 0 0x053E3  % 0.0410
TAP 1 0x1A36E  % 0.2048
TAP 2 0x346DC  % 0.4096


b83d90.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 07-Nov-2001
% L,N=   3,3
% F_CLK > 0.155556 x CLK_IN
% ddfplan15(15,5,6,3,3)
% HDF pole1: 1000000.000 Hz
% FIR pole1: 333333.333 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   6
F_ESYM   1
F_DRATE  5
F_BYP    0
F_0AD    0

TAP 0 0x068BD  % 0.0511
TAP 1 0x13A38  % 0.1534
TAP 2 0x27470  % 0.3069
TAP 3 0x2DD2D  % 0.3580


b25d105.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 05-Jun-2000
% L,N=   6,5
% F_CLK > 0.209524 x CLK_IN
%ddfplan15(21,5,5,6,5)
% HDF pole1: 714285.714 Hz
% FIR pole1: 142857.143 Hz
H_STAGES 5
H_GROWTH 28

H_DRATE  20
H_BYP    0
F_CLA    0

F_TAPS   24
F_ESYM   1
F_DRATE  4
F_BYP    0
F_0AD    0

TAP 0 0x00022  % 0.0001
TAP 1 0x000CF  % 0.0004
TAP 2 0x002D4  % 0.0014
TAP 3 0x0078A  % 0.0037
TAP 4 0x010F6  % 0.0083
TAP 5 0x0211D  % 0.0162
TAP 6 0x03958  % 0.0280
TAP 7 0x059A6  % 0.0438
TAP 8 0x08003  % 0.0625
TAP 9 0x0A7B9  % 0.0819
TAP 10 0x0CAB9  % 0.0990
TAP 11 0x0E2F3  % 0.1108
TAP 12 0x0EBB3  % 0.1151


b72d105.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 23-Aug-2000
% L,N=   2,3
%ddfplan15(21,5,5,2,3)
% F_CLK > 0.114286 x CLK_IN

% HDF pole1: 714285.714 Hz
% FIR pole1: 238095.238 Hz
H_STAGES 5
H_GROWTH 28

H_DRATE  20
H_BYP    0
F_CLA    0

F_TAPS   4
F_ESYM   1
F_DRATE  4
F_BYP    0
F_0AD    0

TAP 0 0x0E9B2  % 0.1141
TAP 1 0x1D364  % 0.2282
TAP 2 0x2BD16  % 0.3423


b75d105.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 06-Jun-2000
% L,N=   4,3
% F_CLK > 0.152381 x CLK_IN
%  ddfplan15(15,5,7,4,3)
% HDF pole1: 1000000.000 Hz
% FIR pole1: 333333.333 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   8
F_ESYM   1
F_DRATE  6
F_BYP    0
F_0AD    0

TAP 0 0x022EA  % 0.0170
TAP 1 0x08BA7  % 0.0682
TAP 2 0x15D22  % 0.1705
TAP 3 0x22E9C  % 0.2728
TAP 4 0x29759  % 0.3239


b62d120.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 08-Sep-2001
% L,N=   5,4
% F_CLK > 0.183333 x CLK_IN
%ddfplan15(12,4,10,5,4)
% HDF pole1: 1250000.000 Hz
% FIR pole1: 312500.000 Hz
H_STAGES 4
H_GROWTH 35

H_DRATE  11
H_BYP    0
F_CLA    0

F_TAPS   15
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x00329  % 0.0015
TAP 1 0x00FCD  % 0.0077
TAP 2 0x02F68  % 0.0231
TAP 3 0x06E9E  % 0.0540
TAP 4 0x0CD6F  % 0.1003
TAP 5 0x13F36  % 0.1559
TAP 6 0x1AAAB  % 0.2083
TAP 7 0x1E9E0  % 0.2392


b25d150.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 29-May-2000
% ddfplan15(10,5,15,9,9)
% L,N=   9,9
% F_CLK > 0.373333 x CLK_IN

% HDF pole1: 1500000.000 Hz
% FIR pole1: 166666.667 Hz
H_STAGES 5
H_GROWTH 33

H_DRATE  9
H_BYP    0
F_CLA    0

F_TAPS   72
F_ESYM   1
F_DRATE  14
F_BYP    0
F_0AD    0

TAP 0 0x00000  % 0.0000
TAP 1 0x00000  % 0.0000
TAP 2 0x00000  % 0.0000
TAP 3 0x00000  % 0.0000
TAP 4 0x00001  % 0.0000
TAP 5 0x00002  % 0.0000
TAP 6 0x00005  % 0.0000
TAP 7 0x0000B  % 0.0000
TAP 8 0x00017  % 0.0000
TAP 9 0x0002B  % 0.0001
TAP 10 0x0004D  % 0.0001
TAP 11 0x00085  % 0.0003
TAP 12 0x000DD  % 0.0004
TAP 13 0x00161  % 0.0007
TAP 14 0x00223  % 0.0010
TAP 15 0x00336  % 0.0016
TAP 16 0x004B2  % 0.0023
TAP 17 0x006B1  % 0.0033
TAP 18 0x0094F  % 0.0045
TAP 19 0x00CA8  % 0.0062
TAP 20 0x010D5  % 0.0082
TAP 21 0x015ED  % 0.0107
TAP 22 0x01BFD  % 0.0137
TAP 23 0x0230A  % 0.0171
TAP 24 0x02B0D  % 0.0210
TAP 25 0x033F1  % 0.0254
TAP 26 0x03D91  % 0.0301
TAP 27 0x047B7  % 0.0350
TAP 28 0x05223  % 0.0401
TAP 29 0x05C84  % 0.0452
TAP 30 0x06683  % 0.0501
TAP 31 0x06FC6  % 0.0546
TAP 32 0x077F0  % 0.0586
TAP 33 0x07EAD  % 0.0619
TAP 34 0x083B6  % 0.0643
TAP 35 0x086D3  % 0.0658
TAP 36 0x087E0  % 0.0663


b35d150.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 10-Oct-2000
% ddfplan(15,5,10,7,5)
% L,N=   7,5
% F_CLK > 0.193333 x CLK_IN

% HDF pole1: 1000000.000 Hz
% FIR pole1: 200000.000 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   28
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x00009  % 0.0000
TAP 1 0x00041  % 0.0001
TAP 2 0x00103  % 0.0005
TAP 3 0x0030A  % 0.0015
TAP 4 0x0079A  % 0.0037
TAP 5 0x01078  % 0.0080
TAP 6 0x01FAC  % 0.0155
TAP 7 0x03705  % 0.0269
TAP 8 0x0576B  % 0.0427
TAP 9 0x07FF6  % 0.0625
TAP 10 0x0AD92  % 0.0848
TAP 11 0x0DB2E  % 0.1070
TAP 12 0x10274  % 0.1262
TAP 13 0x11D0F  % 0.1392
TAP 14 0x12678  % 0.1438


b50d150.fir


FIRPAR_VS 0.1

% b50d150.fir
% ddfplan15(15,5,10,5,4)

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 02-Nov-2002
% L,N=   5,4
% F_CLK > 0.146667 x CLK_IN

% HDF pole1: 1000000.000 Hz
% FIR pole1: 250000.000 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   15
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x002C3  % 0.0013
TAP 1 0x00DCF  % 0.0067
TAP 2 0x0296D  % 0.0202
TAP 3 0x060A9  % 0.0472
TAP 4 0x0B382  % 0.0877
TAP 5 0x116EE  % 0.1362
TAP 6 0x174D4  % 0.1820
TAP 7 0x1AC10  % 0.2090


b30d180.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 26-Nov-2001
% ddfplan15(18,5,10,7,5)
% L,N=   7,5
% F_CLK > 0.161111 x CLK_IN

% HDF pole1: 833333.333 Hz
% FIR pole1: 166666.667 Hz
H_STAGES 5
H_GROWTH 29

H_DRATE  17
H_BYP    0
F_CLA    0

F_TAPS   28
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x00007  % 0.0000
TAP 1 0x00034  % 0.0001
TAP 2 0x000D1  % 0.0004
TAP 3 0x00272  % 0.0012
TAP 4 0x0061C  % 0.0030
TAP 5 0x00D3D  % 0.0065
TAP 6 0x01975  % 0.0124
TAP 7 0x02C39  % 0.0216
TAP 8 0x04643  % 0.0343
TAP 9 0x066D9  % 0.0502
TAP 10 0x08B82  % 0.0681
TAP 11 0x0B02A  % 0.0860
TAP 12 0x0CFBC  % 0.1014
TAP 13 0x0E51E  % 0.1119
TAP 14 0x0ECAF  % 0.1156


b42d180.fir


FIRPAR_VS 0.1
%=========================================
% b42d180.fir
% +- 42 kHz filter for 12 usec sampling
%=========================================
% DDFplan 1.1 - assuming 15.0 MHz A/D
% 24-Nov-2000
% ddfplan15(18,5,10,5,4) -- 
% L,N=   5,4
% F_CLK > 0.122222 x CLK_IN
% HDF pole1: 833333.333 Hz
% FIR pole1: 208333.333 Hz

H_STAGES 5
H_GROWTH 29

H_DRATE  17
H_BYP    0
F_CLA    0

F_TAPS   15
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x00238  % 0.0011
TAP 1 0x00B19  % 0.0054
TAP 2 0x0214C  % 0.0163
TAP 3 0x04DB1  % 0.0379
TAP 4 0x09048  % 0.0704
TAP 5 0x0E031  % 0.1095
TAP 6 0x12BA9  % 0.1463
TAP 7 0x1580E  % 0.1680


b50d180.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 23-Nov-2002
% L,N=   2,5
% F_CLK > 0.105556 x CLK_IN
% ddfplan15(18,5,10,2,5)
% HDF pole1: 833333.333 Hz
% FIR pole1: 166666.667 Hz
H_STAGES 5
H_GROWTH 29

H_DRATE  17
H_BYP    0
F_CLA    0

F_TAPS   8
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x05AEB  % 0.0444
TAP 1 0x0B5D7  % 0.0888
TAP 2 0x110C2  % 0.1332
TAP 3 0x16BAE  % 0.1776
TAP 4 0x1C699  % 0.2220


b25d210.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 11-Dec-2001
% ddfplan15(15,5,14,7,7)
% L,N=   7,7
% F_CLK > 0.190476 x CLK_IN

% HDF pole1: 1000000.000 Hz
% FIR pole1: 142857.143 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   42
F_ESYM   1
F_DRATE  13
F_BYP    0
F_0AD    0

TAP 0 0x00001  % 0.0000
TAP 1 0x00006  % 0.0000
TAP 2 0x00019  % 0.0000
TAP 3 0x0004A  % 0.0001
TAP 4 0x000B9  % 0.0004
TAP 5 0x00196  % 0.0008
TAP 6 0x0032C  % 0.0015
TAP 7 0x005DE  % 0.0029
TAP 8 0x00A25  % 0.0050
TAP 9 0x01083  % 0.0081
TAP 10 0x0197B  % 0.0124
TAP 11 0x02573  % 0.0183
TAP 12 0x034A4  % 0.0257
TAP 13 0x046F5  % 0.0346
TAP 14 0x05BEC  % 0.0449
TAP 15 0x072A8  % 0.0560
TAP 16 0x089ED  % 0.0673
TAP 17 0x0A035  % 0.0782
TAP 18 0x0B3D9  % 0.0878
TAP 19 0x0C33B  % 0.0953
TAP 20 0x0CD0A  % 0.1001
TAP 21 0x0D068  % 0.1018


b15d225.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 23-May-2000
% L,N=   9,10
% F_CLK > 0.266667 x CLK_IN
% ddfplan15(15,5,15,9,10)
% HDF pole1: 1000000.000 Hz
% FIR pole1: 100000.000 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   81
F_ESYM   1
F_DRATE  14
F_BYP    0
F_0AD    0

TAP 0 0x00000  % 0.0000
TAP 1 0x00000  % 0.0000
TAP 2 0x00000  % 0.0000
TAP 3 0x00000  % 0.0000
TAP 4 0x00000  % 0.0000
TAP 5 0x00001  % 0.0000
TAP 6 0x00002  % 0.0000
TAP 7 0x00005  % 0.0000
TAP 8 0x00009  % 0.0000
TAP 9 0x00012  % 0.0000
TAP 10 0x00020  % 0.0001
TAP 11 0x00037  % 0.0001
TAP 12 0x0005B  % 0.0002
TAP 13 0x00092  % 0.0003
TAP 14 0x000E4  % 0.0004
TAP 15 0x0015B  % 0.0007
TAP 16 0x00201  % 0.0010
TAP 17 0x002E5  % 0.0014
TAP 18 0x00417  % 0.0020
TAP 19 0x005A9  % 0.0028
TAP 20 0x007AD  % 0.0037
TAP 21 0x00A37  % 0.0050
TAP 22 0x00D5A  % 0.0065
TAP 23 0x01126  % 0.0084
TAP 24 0x015A8  % 0.0106
TAP 25 0x01AEA  % 0.0131
TAP 26 0x020EF  % 0.0161
TAP 27 0x027B0  % 0.0194
TAP 28 0x02F1F  % 0.0230
TAP 29 0x03727  % 0.0269
TAP 30 0x03FA5  % 0.0311
TAP 31 0x04870  % 0.0354
TAP 32 0x05155  % 0.0397
TAP 33 0x05A1A  % 0.0440
TAP 34 0x06284  % 0.0481
TAP 35 0x06A51  % 0.0519
TAP 36 0x07144  % 0.0553
TAP 37 0x07722  % 0.0582
TAP 38 0x07BBA  % 0.0604
TAP 39 0x07EE1  % 0.0620
TAP 40 0x0807C  % 0.0627


b20d225.fir


FIRPAR_VS 0.1 

% DDFplan 1.1 - assuming 15.0 MHz A/D 
% ddfplan15(15,5,15,9,8) 
% 29-Nov-1999 
% L,N= 9,8 
% F_CLK > 0.226667 x CLK_IN 

% HDF pole1: 1000000.000 Hz 
% FIR pole1: 125000.000 Hz 
H_STAGES 5
 
H_GROWTH 30 
H_DRATE 14 
H_BYP 0 

F_CLA 0 
F_TAPS 63 
F_ESYM 1 
F_DRATE 14 
F_BYP 0 
F_0AD 0 

TAP 0 0x00000 % 0.0000 
TAP 1 0x00000 % 0.0000 
TAP 2 0x00000 % 0.0000 
TAP 3 0x00001 % 0.0000 
TAP 4 0x00003 % 0.0000 
TAP 5 0x00007 % 0.0000 
TAP 6 0x00010 % 0.0000 
TAP 7 0x00023 % 0.0001 
TAP 8 0x00045 % 0.0001 
TAP 9 0x00083 % 0.0002 
TAP 10 0x000EA % 0.0004 
TAP 11 0x00190 % 0.0008 
TAP 12 0x0028F % 0.0012 
TAP 13 0x0040B % 0.0020 
TAP 14 0x0062B % 0.0030 
TAP 15 0x0091C % 0.0044 
TAP 16 0x00D0E % 0.0064 
TAP 17 0x01230 % 0.0089 
TAP 18 0x018A7 % 0.0120 
TAP 19 0x02092 % 0.0159 
TAP 20 0x029FA % 0.0205 
TAP 21 0x034D3 % 0.0258 
TAP 22 0x040F6 % 0.0317 
TAP 23 0x04E1E % 0.0381 
TAP 24 0x05BEA % 0.0449 
TAP 25 0x069DD % 0.0517 
TAP 26 0x07769 % 0.0583 
TAP 27 0x083F2 % 0.0644 
TAP 28 0x08EDF % 0.0698 
TAP 29 0x097A0 % 0.0740 
TAP 30 0x09DBE % 0.0770 
TAP 31 0x0A0E4 % 0.0786


b30d225.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 19-May-2000
% ddfplan15(15,5,15,9,5
% L,N=   9,5
% F_CLK > 0.168889 x CLK_IN

% HDF pole1: 1000000.000 Hz
% FIR pole1: 200000.000 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   36
F_ESYM   1
F_DRATE  14
F_BYP    0
F_0AD    0

TAP 0 0x00000  % 0.0000
TAP 1 0x00003  % 0.0000
TAP 2 0x00011  % 0.0000
TAP 3 0x0003D  % 0.0001
TAP 4 0x000B7  % 0.0003
TAP 5 0x001DA  % 0.0009
TAP 6 0x0043B  % 0.0021
TAP 7 0x008BB  % 0.0043
TAP 8 0x0107C  % 0.0080
TAP 9 0x01CC0  % 0.0140
TAP 10 0x02EA4  % 0.0228
TAP 11 0x046C6  % 0.0346
TAP 12 0x064E2  % 0.0493
TAP 13 0x08786  % 0.0662
TAP 14 0x0AC03  % 0.0840
TAP 15 0x0CEAD  % 0.1009
TAP 16 0x0EB69  % 0.1149
TAP 17 0x0FE6F  % 0.1242
TAP 18 0x10518  % 0.1275


b31d240.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 22-Apr-2002
% L,N=   9,5
% F_CLK > 0.1625 x CLK_IN
% ddfplan15(15,5,16,9,5)
% HDF pole1: 1000000.000 Hz
% FIR pole1: 200000.000 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   36
F_ESYM   1
F_DRATE  15
F_BYP    0
F_0AD    0

TAP 0 0x00000  % 0.0000
TAP 1 0x00003  % 0.0000
TAP 2 0x00011  % 0.0000
TAP 3 0x0003D  % 0.0001
TAP 4 0x000B7  % 0.0003
TAP 5 0x001DA  % 0.0009
TAP 6 0x0043B  % 0.0021
TAP 7 0x008BB  % 0.0043
TAP 8 0x0107C  % 0.0080
TAP 9 0x01CC0  % 0.0140
TAP 10 0x02EA4  % 0.0228
TAP 11 0x046C6  % 0.0346
TAP 12 0x064E2  % 0.0493
TAP 13 0x08786  % 0.0662
TAP 14 0x0AC03  % 0.0840
TAP 15 0x0CEAD  % 0.1009
TAP 16 0x0EB69  % 0.1149
TAP 17 0x0FE6F  % 0.1242
TAP 18 0x10518  % 0.1275


b25d300.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 21-Oct-2003
% L,N=   5,6
% F_CLK > 0.106667 x CLK_IN
% ddfplan15(20,5,15,5,6)
% HDF pole1: 750000.000 Hz
% FIR pole1: 125000.000 Hz
H_STAGES 5
H_GROWTH 28

H_DRATE  19
H_BYP    0
F_CLA    0

F_TAPS   25
F_ESYM   1
F_DRATE  14
F_BYP    0
F_0AD    0

TAP 0 0x00058  % 0.0002
TAP 1 0x001BA  % 0.0008
TAP 2 0x0052E  % 0.0025
TAP 3 0x00C15  % 0.0059
TAP 4 0x0182A  % 0.0118
TAP 5 0x02B7F  % 0.0212
TAP 6 0x046C5  % 0.0346
TAP 7 0x0694A  % 0.0514
TAP 8 0x090FD  % 0.0708
TAP 9 0x0BA6A  % 0.0910
TAP 10 0x0E0BB  % 0.1097
TAP 11 0x0FDBB  % 0.1239
TAP 12 0x10D44  % 0.1315


b50d300.fir


FIRPAR_VS 0.1

% b50d300.fir
% ddfplan15(30,5,10,6,4)
% HDF pole1: 500000.000 Hz
% FIR pole1: 125000.000 Hz
% ans = 4.5733e-05

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 22-Feb-2003
% L,N=   6,4
% F_CLK > 0.08 x CLK_IN

% HDF pole1: 500000.000 Hz
% FIR pole1: 125000.000 Hz
H_STAGES 5
H_GROWTH 25

H_DRATE  29
H_BYP    0
F_CLA    0

F_TAPS   18
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x000B1  % 0.0003
TAP 1 0x00424  % 0.0020
TAP 2 0x00E80  % 0.0071
TAP 3 0x026AA  % 0.0189
TAP 4 0x052DA  % 0.0405
TAP 5 0x09521  % 0.0728
TAP 6 0x0E7FB  % 0.1133
TAP 7 0x13AD5  % 0.1537
TAP 8 0x178F8  % 0.1841
TAP 9 0x19072  % 0.1955


b25d315.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 29-May-2000
% L,N=   6,5
% F_CLK > 0.101587 x CLK_IN
% ddfplan15(21,5,15,6,5)
% HDF pole1: 714285.714 Hz
% FIR pole1: 142857.143 Hz
H_STAGES 5
H_GROWTH 28

H_DRATE  20
H_BYP    0
F_CLA    0

F_TAPS   24
F_ESYM   1
F_DRATE  14
F_BYP    0
F_0AD    0

TAP 0 0x00022  % 0.0001
TAP 1 0x000CF  % 0.0004
TAP 2 0x002D4  % 0.0014
TAP 3 0x0078A  % 0.0037
TAP 4 0x010F6  % 0.0083
TAP 5 0x0211D  % 0.0162
TAP 6 0x03958  % 0.0280
TAP 7 0x059A6  % 0.0438
TAP 8 0x08003  % 0.0625
TAP 9 0x0A7B9  % 0.0819
TAP 10 0x0CAB9  % 0.0990
TAP 11 0x0E2F3  % 0.1108
TAP 12 0x0EBB3  % 0.1151


b21d360.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 15-Nov-2000
% ddfplan15(36,5,10,3,5) -- for 24 usec sampling interval
% L,N=   3,5
% F_CLK > 0.0583333 x CLK_IN

% HDF pole1: 416666.667 Hz
% FIR pole1: 83333.333 Hz
H_STAGES 5
H_GROWTH 24

H_DRATE  35
H_BYP    0
F_CLA    0

F_TAPS   12
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x0122F  % 0.0089
TAP 1 0x0368D  % 0.0266
TAP 2 0x06D1A  % 0.0533
TAP 3 0x0B5D7  % 0.0888
TAP 4 0x110C2  % 0.1332
TAP 5 0x1474F  % 0.1598
TAP 6 0x1597F  % 0.1687


b16d450.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 15.0 MHz A/D
% 23-May-2000
% ddfplan15(30,5,15,9,5)
% L,N=   9,5
% F_CLK > 0.0880952 x CLK_IN

% HDF pole1: 500000.000 Hz
% FIR pole1: 100000.000 Hz
H_STAGES 5
H_GROWTH 25

H_DRATE  29
H_BYP    0
F_CLA    0

F_TAPS   36
F_ESYM   1
F_DRATE  14
F_BYP    0
F_0AD    0

TAP 0 0x00000  % 0.0000
TAP 1 0x00003  % 0.0000
TAP 2 0x00011  % 0.0000
TAP 3 0x0003D  % 0.0001
TAP 4 0x000B7  % 0.0003
TAP 5 0x001DA  % 0.0009
TAP 6 0x0043B  % 0.0021
TAP 7 0x008BB  % 0.0043
TAP 8 0x0107C  % 0.0080
TAP 9 0x01CC0  % 0.0140
TAP 10 0x02EA4  % 0.0228
TAP 11 0x046C6  % 0.0346
TAP 12 0x064E2  % 0.0493
TAP 13 0x08786  % 0.0662
TAP 14 0x0AC03  % 0.0840
TAP 15 0x0CEAD  % 0.1009
TAP 16 0x0EB69  % 0.1149
TAP 17 0x0FE6F  % 0.1242
TAP 18 0x10518  % 0.1275



w600d6.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 10.0 MHz A/D
% 31-Aug-2002
% L,N=   3,2
% F_CLK > 1.5 x CLK_IN
% ddfplan(2,3,3,3,2)
%
% HDF pole1: 5000000.000 Hz
% FIR pole1: 2500000.000 Hz
H_STAGES 3
H_GROWTH 47

H_DRATE  1
H_BYP    0
F_CLA    0

F_TAPS   3
F_ESYM   1
F_DRATE  2
F_BYP    0
F_0AD    0

TAP 0 0x10000  % 0.1250
TAP 1 0x30000  % 0.3750


w125d40.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 10.0 MHz A/D
% 11-Jun-2002
% L,N=   3,3
% F_CLK > 0.325 x CLK_IN
%ddfplan(8,3,5,3,3)
% HDF pole1: 1250000.000 Hz
% FIR pole1: 416666.667 Hz
H_STAGES 3
H_GROWTH 41

H_DRATE  7
H_BYP    0
F_CLA    0

F_TAPS   6
F_ESYM   1
F_DRATE  4
F_BYP    0
F_0AD    0

TAP 0 0x04BDA  % 0.0370
TAP 1 0x0E38E  % 0.1111
TAP 2 0x1C71C  % 0.2222
TAP 3 0x212F7  % 0.2593


w83d60.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 10.0 MHz A/D
% 12-Jun-2002
% L,N=   3,3
% F_CLK > 0.233333 x CLK_IN
% ddfplan(10,3,6,3,3)
% HDF pole1: 1000000.000 Hz
% FIR pole1: 333333.333 Hz
H_STAGES 3
H_GROWTH 40

H_DRATE  9
H_BYP    0
F_CLA    0

F_TAPS   6
F_ESYM   1
F_DRATE  5
F_BYP    0
F_0AD    0

TAP 0 0x04DAC  % 0.0379
TAP 1 0x0E904  % 0.1138
TAP 2 0x1D209  % 0.2276
TAP 3 0x21FB5  % 0.2655


w70d70.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 10.0 MHz A/D
% 09-Jun-2002
% L,N=   3,4
% F_CLK > 0.228571 x CLK_IN
%ddfplan(10,3,7,3,4)
% HDF pole1: 1000000.000 Hz
% FIR pole1: 250000.000 Hz
H_STAGES 3
H_GROWTH 40

H_DRATE  9
H_BYP    0
F_CLA    0

F_TAPS   9
F_ESYM   1
F_DRATE  6
F_BYP    0
F_0AD    0

TAP 0 0x020C5  % 0.0160
TAP 1 0x0624E  % 0.0480
TAP 2 0x0C49C  % 0.0960
TAP 3 0x147AE  % 0.1600
TAP 4 0x18937  % 0.1920


w50d100.fir


w50d100.fir
FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 10.0 MHz A/D
%
% ddfplan10(10,5,10,5,4)
% HDF pole1: 1000000.000 Hz
% FIR pole1: 250000.000 Hz
% ans = 1.9600e-05
%
% 09-Dec-2002
% L,N=   5,4
% F_CLK > 0.22 x CLK_IN

% HDF pole1: 1000000.000 Hz
% FIR pole1: 250000.000 Hz
H_STAGES 5
H_GROWTH 33

H_DRATE  9
H_BYP    0
F_CLA    0

F_TAPS   15
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x0029F  % 0.0013
TAP 1 0x00D1B  % 0.0064
TAP 2 0x02752  % 0.0192
TAP 3 0x05BC0  % 0.0448
TAP 4 0x0AA65  % 0.0832
TAP 5 0x108C4  % 0.1293
TAP 6 0x161E5  % 0.1728
TAP 7 0x19653  % 0.1984


w20d150.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 10.0 MHz A/D
% 15-May-2002
% L,N=   6,5
% F_CLK > 0.18 x CLK_IN
%  ddfplan(15,5,10,6,5)
% HDF pole1: 666666.667 Hz
% FIR pole1: 133333.333 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   24
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x0002E  % 0.0001
TAP 1 0x00116  % 0.0005
TAP 2 0x003CD  % 0.0019
TAP 3 0x00A23  % 0.0049
TAP 4 0x016CE  % 0.0111
TAP 5 0x02C86  % 0.0217
TAP 6 0x04D1A  % 0.0376
TAP 7 0x0788A  % 0.0589
TAP 8 0x0AC1F  % 0.0840
TAP 9 0x0E183  % 0.1101
TAP 10 0x11092  % 0.1331
TAP 11 0x13126  % 0.1490
TAP 12 0x13CEA  % 0.1547


w30d150.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 10.0 MHz A/D
% 08-Jun-2002
% L,N=   7,4
% F_CLK > 0.166667 x CLK_IN
%ddfplan(15,5,10,7,4)
% HDF pole1: 666666.667 Hz
% FIR pole1: 166666.667 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   21
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x0002C  % 0.0001
TAP 1 0x00135  % 0.0006
TAP 2 0x004D5  % 0.0024
TAP 3 0x00E80  % 0.0071
TAP 4 0x0230A  % 0.0171
TAP 5 0x04749  % 0.0348
TAP 6 0x07DA8  % 0.0614
TAP 7 0x0C2B3  % 0.0951
TAP 8 0x10C3A  % 0.1310
TAP 9 0x14B0E  % 0.1616
TAP 10 0x16F4E  % 0.1793


w33d150.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 10.0 MHz A/D
% 20-Jan-2003
% L,N=   4,5
% F_CLK > 0.153333 x CLK_IN
% ddfplan(15,5,10,4,5)
% HDF pole1: 666666.667 Hz
% FIR pole1: 133333.333 Hz
H_STAGES 5
H_GROWTH 30

H_DRATE  14
H_BYP    0
F_CLA    0

F_TAPS   16
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x00486  % 0.0022
TAP 1 0x01219  % 0.0088
TAP 2 0x02D3F  % 0.0221
TAP 3 0x05A7F  % 0.0442
TAP 4 0x09E5E  % 0.0773
TAP 5 0x0EB49  % 0.1149
TAP 6 0x133AF  % 0.1502
TAP 7 0x169FB  % 0.1767
TAP 8 0x1809A  % 0.1878


w30d160.fir


FIRPAR_VS 0.1

% DDFplan 1.1 - assuming 10.0 MHz A/D
% 16-Jul-1999
% ddfplan(16,5,10,5,4)

%HDF pole1: 625000.000 Hz
%FIR pole1: 156250.000 Hz

% L,N=   5,4
% F_CLK > 0.1375 x CLK_IN

H_STAGES 5
H_GROWTH 30

H_DRATE  15
H_BYP    0
F_CLA    0

F_TAPS   15
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x00200  % 0.0010
TAP 1 0x00A00  % 0.0049
TAP 2 0x01E00  % 0.0146
TAP 3 0x04600  % 0.0342
TAP 4 0x08200  % 0.0635
TAP 5 0x0CA00  % 0.0986
TAP 6 0x10E00  % 0.1318
TAP 7 0x13600  % 0.1514


w25d200.fir


FIRPAR_VS 0.1

% DDFplan 1.0
% 3-Jan-96
% DDDFPLAN(20,5,10,5,4)
% F_CLK > 0.11 x CLK_IN
%HDF pole1: 500000 Hz
%FIR pole1: 125000 Hz

H_STAGES 5
H_GROWTH 28

H_DRATE  19
H_BYP    0
F_CLA    0

F_TAPS   15
F_ESYM   1
F_DRATE  9
F_BYP    0
F_0AD    0

TAP 0 0x0029F  % 0.0013
TAP 1 0x00D1B  % 0.0064
TAP 2 0x02752  % 0.0192
TAP 3 0x05BC0  % 0.0448
TAP 4 0x0AA65  % 0.0832
TAP 5 0x108C4  % 0.1293
TAP 6 0x161E5  % 0.1728
TAP 7 0x19653  % 0.1984