www.pudn.com > MATLAB.rar > AMS_sel.txt, change:2010-01-07,size:6062b

```Analog / Mixed Signal Examples

RF Toolbox Examples
Bandpass Filter Design                                                             \$ cd \ams\rf_ckts; edit BPF_88_108;
Crystal Filter Design                                                              \$ cd \ams\rf_ckts\xtal_filter_design; edit xtal_filter_1;
Impedance Matching with Smith Chart L section                                      \$ cd \ams\rf_ckts; edit smith_1;
Impedance Matching with Smith Chart PI section                                     \$ cd \ams\rf_ckts; edit smith_2;
Impedance Matching with Smith Chart Tapped C section                               \$ cd \ams\rf_ckts; edit smith_4;

RF Blockset Examples
Touchstone Data File 2 Port Passive                                                 \$ cd \ams\RFblockset; sparam_filter_rab;
S parameter amplifier (AMP fmt)                                                     \$ cd \ams\RFblockset; sparam_amp_rab;
Transmission Line Bandstop Filters                                                  \$ cd \ams\RFblockset; txline_filter_rab;
Mathematical Filters                                                                \$ cd \ams\RFblockset; math_filter_rab;

Sampling 101                                                                      \$ cd \ams\sampling\; sampling_101;

Behavioral RF
Measurement of Lowpass Filter Freq Response                                       \$ cd \ams\lc_passive\; rf_bb_1
Measurement of Bandpass Filter Freq Response                                      \$ cd \ams\lc_passive\; rf_bp_1
Non Linear PA                                                                     \$ cd \ams\rf_amps; non_linear_PA;      drawnow; set_param(bdroot,'SimulationCommand','update');
Feed Forward RF PA                                                                \$ cd \ams\rf_amps; feed_fwd_2; drawnow; set_param(bdroot,'SimulationCommand','update');
Direct Conversion Tx/Rx                                                           \$ cd \ams\Direct_Conversion; dc_2; drawnow; set_param(bdroot,'SimulationCommand','update');

PLLs/Dll/Clock Recovery
VCO with 1/f phase noise                                                          \$ cd \ams\pll\phase_noise; vco_phase_noise;
VCO with User Defined phase noise                                                 \$ cd \ams\pll\phase_noise; vco_phase_noise_3;

Pll  "simple x8" (chaos)                                                          \$ cd \ams\pll; simple_pll_3;
Pll  with freq domain instruments                                                 \$ cd \ams\pll; pll_d1;
Pll  fractional with analog compensation                                          \$ cd \ams\pll; fractional_4;
Pll  fractional with digital compensation # 1                                 \$ cd \ams\pll; fractional_6; drawnow; set_param(bdroot,'SimulationCommand','update');
Pll  fractional with digital compensation # 2                                     \$ cd \ams\pll; pll_wbsd_2; drawnow; set_param(bdroot,'SimulationCommand','update');
Pll  optimization (Nonlinear Control Design)                                      \$ cd \ams\pll; pll_d0_fncd;  drawnow; set_param(bdroot,'SimulationCommand','update');

Pll  Clock Recovery                                                               \$ cd \ams\sync; clock_recovery_3; drawnow; set_param(bdroot,'SimulationCommand','update');
Pll  Clock Recovery  with Backplane Channel                                       \$ cd \ams\sync; clock_recovery_4; drawnow; set_param(bdroot,'SimulationCommand','update');
Freq Multiplying Delay Lock Loop                                                  \$ cd \ams\sync; MDLL_rab_1;  drawnow; set_param(bdroot,'SimulationCommand','update');

Circuit Level with SimPowerSystems Elements
Analog LC Filter Synthesis and Verification                                       \$ cd \ams\lc_passive\;lc_filt_2;
Selected SimPower Elements & Circuit Demos (Demo Navigator)                       \$ cd \ams\circuit_level\; simpower_extensions_1;

Edit AMS_sel.txt                                                                       \$ cd \ams; edit AMS_sel.txt

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