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Amplifier 的代码
ex9_16.m
%
% In this example a broad-band amplifier is designed
% using the frequency compensated matching network approach
%
% Copyright (c) 1999 by P.Bretchko and R.Ludwig
% "RF Circuit Design
ex9_8.m
%
% In this example we plot the output matching network's
% constant gain circles as part of the amplifier design
%
% Copyright (c) 1999 by P.Bretchko and R.Ludwig
% "RF Circuit Design:
tx_power_amplifier.m
% AMP - Non-linear power amplifier
%
% usage:[out,inPow,outPow,P3,P_I]=tx_power_amplifier(in,one_dB,G,R,s,N);
% [out,inPow,outPow]=tx_power_amplifier(in,1,1,R,s,N,T);
%
% in:
tx_power_amplifier.m
% AMP - Non-linear power amplifier
%
% usage:[out,inPow,outPow,P3,P_I]=tx_power_amplifier(in,one_dB,G,R,s,N);
% [out,inPow,outPow]=tx_power_amplifier(in,1,1,R,s,N,T);
%
% in:
msp430xg46x_oa_13.c
//******************************************************************************
// MSP430xG46x Demo - 3-Amp Differential Amplifier with OA1, OA2, and OA0
//
// Description: Configure OA1, OA2,
msp430xg46x_oa_12.c
//******************************************************************************
// MSP430xG46x Demo - 3-Amp Differential Amplifier with OA0, OA1, and OA2
//
// Description: Configure OA0, OA1,
msp430xg46x_oa_14.c
//******************************************************************************
// MSP430xG46x Demo - 3-Amp Differential Amplifier with OA2, OA0, and OA1
//
// Description: Configure OA2, OA0,
tx_power_amplifier.m
% AMP - Non-linear power amplifier
%
% usage:[out,inPow,outPow,P3,P_I]=tx_power_amplifier(in,one_dB,G,R,s,N);
% [out,inPow,outPow]=tx_power_amplifier(in,1,1,R,s,N,T);
%
% in:
tx_power_amplifier.m
% AMP - Non-linear power amplifier
%
% usage:[out,inPow,outPow,P3,P_I]=tx_power_amplifier(in,one_dB,G,R,s,N);
% [out,inPow,outPow]=tx_power_amplifier(in,1,1,R,s,N,T);
%
% in:
tx_power_amplifier.m
% AMP - Non-linear power amplifier
%
% usage:[out,inPow,outPow,P3,P_I]=tx_power_amplifier(in,one_dB,G,R,s,N);
% [out,inPow,outPow]=tx_power_amplifier(in,1,1,R,s,N,T);
%
% in: