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%for test clc; clear all; Tx_n=4; Rx_n=4; %SNR_dB = 10; SNR_dB = -5; %SNR_dB=[0:2:20] SNR_step = 5; ff_num = 0;% frame num in every run index = 1;%for modu index:1/2/4/6 bits per symbol fra

%for test clc; clear all; Tx_n=4; Rx_n=4; %SNR_dB = 10; SNR_dB = -5; SNR_step = 5; ff_num = 0;% frame num in every run index = 1;%for modu index:1/2/4/6 bits per symbol frame_length = 48; p

%for test clc; clear all; Tx_n=4; Rx_n=4; %SNR_dB = 10; SNR_dB = -5; SNR_step = 5; ff_num = 0;% frame num in every run index = 1;%for modu index:1/2/4/6 bits per symbol frame_length = 48; p

%for test clc; clear all; Tx_n=4; Rx_n=4; %SNR_dB = 10; SNR_dB = -5; SNR_step = 5; ff_num = 0;% frame num in every run index = 1;%for modu index:1/2/4/6 bits per symbol frame_length = 48; p

[InstAmp] INSTRUMENTATION AMPLIFIER [InstAmp] OPERATIONAL AMPLIFIER + PRECISION RESISTOR NETWORK [InstAmp] OP AMPS + PRECISION RESISTOR NETWORK [Comparator] COMPARATOR [OpAmp] OP AMP [OpAmp] OP-A

% RF amplifier design example using S parameters measured with HP 8505A system. % Reference: % Quick Amplifier Design with Scattering Parameters % William H. Froehner, Texas Instrum

Output: Mixed Sim Type : AdvSimNetlist From : Project [Differential Amplifier.PRJPCB] Generated File[Differential Amplifier.nsx] Files Generated : 1 Documents Printed : 0 Finished O

Output: Mixed Sim Type : AdvSimNetlist From : Project [Analog Amplifier.PRJPCB] Generated File[Analog Amplifier.nsx] Files Generated : 1 Documents Printed : 0 Finished Output Genera

Output: Mixed Sim Type : AdvSimNetlist From : Project [Analog Amplifier.PrjPCB] Generated File[Analog Amplifier.nsx] Files Generated : 1 Documents Printed : 0 Finished Output Genera

Electronics Workbench Circuit File Version: 5 Charset: ANSI Description: "This is a three-stage amplifier. Its last stage is a common-collector amplifier, with low voltage gain, high input resist