function [el_sig,bits,symbol_seq] = tx_model(fsym,Pmap,Pform,Awg,options)

arguments    
    fsym
    Pmap
    Pform
    Awg
    options.clipfactor 
end
    
%%%%% Local Parameter %%%%%%%%


%%%%% PRBS Generation in correct shape for Modulation Format %%%%%%
    O = 17; %order of prbs
    N = 2^(O-1); %length of prbs
    [~,seed] = prbs(O,1); %initialize first seed of prbs
    bitpattern=[];
    for i = 1:log2(Pmap.M)
        [bitpattern(:,i),seed] = prbs(O,N,seed);
    end
    
    if Pmap.M == 6
        bitpattern = reshape(bitpattern,[],1);
        bitpattern = bitpattern(1:end-mod(length(bitpattern),5));
    end
    
    bits = Informationsignal(bitpattern);
    
%%%%% Map to PAM %%%%%%
    symbol_seq = Pmap.map(bits);
    symbol_seq.fs = fsym;

    
    
%%%%% Pulseforming %%%%%%
if 1
    X = Pform.process(symbol_seq);
else
    X = symbol_seq;
end
    
%%%%% Resample to f DAC %%%%%%
    X = X.resample("fs_in",X.fs,"fs_out",Awg.fdac,"n",10,"beta",5);
    
%%%%% Clip to PAM range %%%%%%
if 1
    min_ = min(symbol_seq.signal) * options.clipfactor ;
    max_ = max(symbol_seq.signal) * options.clipfactor ;
    X.signal = clip(X.signal,min_,max_);
end

%%%%%Info about AWG input %%%%%%
pwr_ = X.power; % in dbm into 50 ohm
papr_ = papr(X.signal);
vpk_ = max(abs(X.signal));
vswing_ = max(X.signal)-min(X.signal);
awg_string = ['Digital AWG Input: Pout: ',num2str(round(pwr_,2)),' dBm; PAPR: ',num2str(round(papr_,2)),'; Vpk: ',num2str(round(vpk_,2)),'; Vswing: ',num2str(round(vswing_,2)),''];
% isp(awg_string);
    
%%%%% AWG %%%%%%
el_sig = Awg.process(X);
el_sig= el_sig.*0.7222;

end