nla_2_box.dat

无线通信仿真 放大器的C++模拟代码

$
system
Date_In_Short_Rpt_Name = false
Date_In_Full_Rpt_Name = false
Max_Pass_Number = 100
big_m = 16
$
symb_gen
Initial_Seed = 7733115
Bits_Per_Symb = 3
$
symb_mapper
Bits_Per_Symb = 3
sxxymb_map = 0, 1
sxxymb_map = 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15
symb_map = 0, 1, 3, 2, 6, 7, 5, 4
$
m_psk_mod
Bits_Per_Symb = 3
Samps_Per_Symb = 16
Symb_Duration = 1.0
$
qam_mod
Bits_Per_Symb = 4
Samps_Per_Symb = 16
Symb_Duration = 1.0
$
quad_mod
Phase_Unbal = 0.0
Amp_Unbal = 1.0
$
spec_analyzer_1
Kind_Of_Spec_Estim = SPECT_CALC_BARTLETT_PDGM
Num_Segs_To_Avg = 600
Seg_Len = 4000
Fft_Len = 4096
Norm_Factor = 1.0
Hold_Off = 0
Psd_File_Name = noisy_sig_psd
Freq_Norm_Factor = 1.0
Output_In_Decibels = true
Plot_Two_Sided = true
Plot_Relative_To_Peak = true
Halt_When_Completed = false
$
spec_analyzer_2
Kind_Of_Spec_Estim = SPECT_CALC_BARTLETT_PDGM
Num_Segs_To_Avg = 600
Seg_Len = 4000
Fft_Len = 4096
Norm_Factor = 1.0
Hold_Off = 0
Psd_File_Name = limited_sig_psd
Freq_Norm_Factor = 1.0
Output_In_Decibels = true
Plot_Two_Sided = true
Plot_Relative_To_Peak = true
Halt_When_Completed = true
$
spec_analyzer_3
Kind_Of_Spec_Estim = SPECT_CALC_BARTLETT_PDGM
Num_Segs_To_Avg = 600
Seg_Len = 4000
Fft_Len = 4096
Norm_Factor = 1.0
Hold_Off = 0
Psd_File_Name = filtered_rx_sig_psd
Freq_Norm_Factor = 1.0
Output_In_Decibels = true
Plot_Two_Sided = true
Plot_Relative_To_Peak = true
Halt_When_Completed = true
$
agn_source
Anticip_Input_Pwr = 1.0
Desired_Output_Pwr = 1.0
Dexxsired_Eb_No = 25.0
Desired_Eb_No = 15.0
Symb_Period = 1.0
Num_Bits_Per_Symb = 3
Time_Const_For_Pwr_Mtr = 30.0
Seed = 69069
xeed = 113559
Sig_Pwr_Meas_Enabled = true
Outpt_Pwr_Scaling_On = false
Sig_Filtering_Enabled = false
$
nla_filt
Bypass_Enabled = true
Fft_Size = 4096
Dt_For_Fft = 0.0625
Ovvvverlap_Save_Mem = 0.5623
Overlap_Save_Mem = 1.0
Mag_Freq_Scaling_Factor = 0.004
Phase_Freq_Scaling_Factor = 0.004
Magnitude_Data_Fname = twta_mag_resp.dat
Phase_Data_Fname = twta_phase_resp.dat
$
nonlin_amp
Output_Power_Scale_Factor = 0.11
Phase_Scale_Factor = 0.11512
Input_Pxxxower_Scale_Factor = 23.7
Anvvvvticipated_Input_Power = 0.507
Anticipated_Input_Power = 0.58
Operating_Point = 12.0
Agc_Time_Constant = 30.0
Agc_On = false
Am_Am_Fname = am_am_curve_01.dat
Am_Pm_Fname = am_pm_curve_101.dat
$
m_psk_dem
Bits_Per_Symb = 3
Samps_Per_Symb = 16
$
i_rx_filt
Bypass_Enabled = false
Kind_Of_Filter_Resp = 3
Coeff_Fname = remez_filt_coeff_49.txt
Fixed_Gain = 1.0
$
q_rx_filt
Bypass_Enabled = false
Kind_Of_Filter_Resp = 3
Coeff_Fname = remez_filt_coeff_49.txt
Fixed_Gain = 1.0
$
iq_plot
Hold_Off = 1
Sampling_Offset = 8
Plot_File_Name = rx_iq_plot
$
filt_iq_plot
Hold_Off = 1
Sampling_Offset = 15
Plot_File_Name = filt_iq_plot
$
amp_iq_plot
Hold_Off = 1
Sampling_Offset = 8
Plot_File_Name = amam_ampm_iq_plot
$
ser_ctr
Num_Holdoff_Passes = 1
Report_Intvl_In_Blocks = 1
$
SignalPlotter
Num_Plot_Sigs = 9
symb_vals, 0.0, 500.0, 1, 1, 0
symb_decis, 0.0, 500.0, 1, 1, 0
i_demod_sig, 0.0, 500.0, 1, 0, 0
i_filt_sig, 0.0, 500.0, 1, 0, 0
nla_filt_sig, 0.0, 500.0, 1, 0, 0
ampl_sig, 0.0, 500.0, 1, 0, 0
modulated_signal, 0.0, 500.0, 1, 0, 0
noisy_sig, 0.0, 500.0, 1, 0, 0
symb_clock, 0.0, 500.0, 1, 0, 0
power_meas_sig, 0.0, 500.0, 1, 0, 0
nla_filt_sig, 0.0, 500.0, 1, 0, 0
phase_signal, 0.0, 500.0, 1, 0, 0
symb_err_seq, 0.0, 500.0, 1, 1, 0
$
$EOF
start_time
stop_time
plot_decim_rate
count_vice_time
file_header_req