33522A波形发生器的CSV或ASCII文件需要采用何种形式

感谢lhornburg的回复。
我编写了一个MATLAB函数，它接收波形（或两个波形）并将其转换为.arb格式。
我通过查看波形发生器软件包的输出来做到这一点。
现在我正在尝试将其写入.barb（二进制）文件。
有没有人这样做或知道二进制文件中写出来的格式以下是我目前的功能：功能[waveform_ch1_arb waveform_ch2_arb] = write_waveform_2_ch（文件名，waveform_ch1，waveform_ch2，FS）%%计算低速＆amp;
高压值num_pts = length（waveform_ch1）;
voltage_high = max（max（waveform_ch1），max（waveform_ch2））;
voltage_low = min（min（waveform_ch1），min（waveform_ch2））;
%%从电压电平转换为16位数电压_to_bit = 2 ^ 15-1;
max_abs = max（voltage_high，abs（voltage_low））;
waveform_ch1_arb = round（（waveform_ch1./ max_abs）。* voltage_to_bit）;
waveform_ch2_arb = round（（waveform_ch2./ max_abs）。* voltage_to_bit）;
%%以ARB格式保存fid = fopen（filename，'w'）;
fprintf（fid，'％s  n'，'频道数：2'）;
fprintf（fid，'％s'，'采样率：'）;
fprintf中（FID， '％I  N'，FS）;
fprintf（fid，'％s'，'High Level：'）;
fprintf中（FID， '％I  N'，voltage_high）;
fprintf（fid，'％s'，'低级：'）;
fprintf中（FID， '％I  N'，voltage_low）;
fprintf（fid，'％s'，'数据点：'）;
fprintf中（FID， '％I  N'，num_pts）;
fprintf中（FID， '％S  n'， '数据：'）;
对于i = 1：长度（waveform_ch1）;
fprintf（fid，'％i  t％i  n'，[waveform_ch1_arb（i）waveform_ch2_arb（i）]）;
结束fclose（fid）;
任何帮助将不胜感激。
谢谢



     以下为原文

  Thanks for the reply lhornburg.  I have written a MATLAB function that takes a waveform (or two waveforms) and converts it to .arb format.  I did this by looking at an output of the waveform generator software package.  Now I am trying to write it to .barb (binary) file.  Has anyone done this or know the format that the binary file is written out in.  The following is my current function:  
function [waveform_ch1_arb waveform_ch2_arb] = write_waveform_2_ch(filename,waveform_ch1,waveform_ch2,Fs)

%% Calculate Low & High Voltage Values
num_pts = length(waveform_ch1);
voltage_high = max(max(waveform_ch1),max(waveform_ch2));
voltage_low = min(min(waveform_ch1),min(waveform_ch2));

%% Convert From Voltage Level To 16 Bit Number
voltage_to_bit = 2^15-1;
max_abs = max(voltage_high,abs(voltage_low));
waveform_ch1_arb = round((waveform_ch1./ max_abs).*voltage_to_bit);
waveform_ch2_arb = round((waveform_ch2./ max_abs).*voltage_to_bit);


%% Save In ARB Format
fid = fopen(filename,'w');

fprintf(fid,'%sn','Channel Count:2');
fprintf(fid,'%s','Sample Rate:');
fprintf(fid,'%in',Fs);
fprintf(fid,'%s','High Level:');
fprintf(fid,'%in',voltage_high);
fprintf(fid,'%s','Low Level:');
fprintf(fid,'%in',voltage_low);
fprintf(fid,'%s','Data Points:');
fprintf(fid,'%in',num_pts);
fprintf(fid,'%sn','Data:');

for i = 1:length(waveform_ch1);
    fprintf(fid,'%it%in',[waveform_ch1_arb(i) waveform_ch2_arb(i)]);
end

fclose(fid);

end

Any help would be appreciated.

Thanks