if(max(code)==2^numbit-1) | (min(code)==0) disp('Warning: ADC may be clipping!!!'); end %Plot results in the time domain figure; plot([1:numpt],code); title('TIME DOMAIN') xlabel('SAMPLES'); ylabel('DIGITAL OUTPUT CODE'); %重新居中数字正弦波 Dout=code-(2^numbit-1)/2;...
v1';3031%Warning: ADC output may be clipping - reduce input amplitude32if (max(code)==2^numbit-1) | (min(code)==0)33disp('WARNING:ADC OUTPUT MAYBE CLIPPING - CHECK INPUT AMPLITUDE!');34end3536figure;37plot(code);38title('TIME DOMAIN')39xlabel('SAMPLES');40ylabel('DIGITAL OUTPUT ...
disp('Warning: ADC may be clipping!!!'); end %Plot results in the time domain figure; plot([1:numpt],code); title('TIME DOMAIN') xlabel('SAMPLES'); ylabel('DIGITAL OUTPUT CODE'); %Recenter the digital sine wave Dout=code-(2^numbit-1)/2; %If no window function is used, the ...
%Warning: ADC output may be clipping - reduce input amplitude if (max(code)==2numbit-1) | (min(code)==0) disp('WARNING: ADC OUTPUT MAYBE CLIPPING - CHECK INPUT AMPLITUDE!'); end figure; plot([1:numpt],code); title('TIME DOMAIN') xlabel(...
disp('Warning:ADCmaybeclipping!!!'); end %Plotresultsinthetimedomain %figure; %plot([1:numpt],code); %title('TIMEDOMAIN') %xlabel('SAMPLES'); %ylabel('DIGITALOUTPUTCODE'); %Recenterthedigitalsinewave Dout=code-(2^numbit-1)/2; %Ifnowindowfunctionisused,theinputtonemustbechosentobe...
disp('Warning: ADC may be clipping!!!'); end %Plot results in the time domain figure; plot([1:numpt],code); title('TIME DOMAIN') xlabel('SAMPLES'); ylabel('DIGITAL OUTPUT CODE'); %Recenter the digital sine wave Dout=code-(2^numbit-1)/2; ...
%Warning: ADC output may be clipping - reduce input amplitude if (max(code)==2numbit-1) | (min(code)==0) disp('WARNING: ADC OUTPUT MAYBE CLIPPING - CHECK INPUT AMPLITUDE!'); end figure; plot([1:numpt],code); title('TIME DOMAIN') ...
By "close" I mean where the output is changing uniformly with the input, so we are past any offset clipping and the like. With our two measurements we can compute the slope: m = delta Y / delta X = (Y2 - Y1) / (X2 - X1) Now plug in either pair into eq 1 to compute B....
1.2.3 ADC Additional Information The inputs to the ADC are required to be well within 1.4 V to avoid clipping, which will cause distortion. The ADC inputs can be damaged if an input voltage higher than 1.8 V is applied to these pin. The 1.8 V hard limit must be considered from both...
The fixed digital gain to be applied by the CX2388x (INT_VGA_VAL in the datasheet). Adjust to minimise clipping; ./leveladj will do this for you automatically. To change the card witch add the -h flag followed by the card so ./leveladj -h 1 for card 2 for example. tenxfsc (0...