iii) power in the source resistor Rs (PWRSRS) iv) power in the load resistor RI (POWERL) v) power loss in the diode junction (POWRDJ) vi) power loss in the diode series resistance (POWRRD) vii) power loss in the total diode (POWERD) (A. good check on the convergence in the system is that POWERD should equal POWRDJ + POWRRD and The element match to the input may be determined by comparing POWER (1) to PWRSRS. If there is a perfect match POWER(l) = PWRSRS. ) c) Sine, cosine, and de Fourier coefficients are calculated for the first five harmonics of the input frequency. The variables so analyzed are i) diode current (ID) ii) diode voltage (VNODDIO) iii) three current or voltage variables selected by the user (V (Ml), I(M2), V(M3)). d) An automatically scaled graphical display of four currents and four voltages at each of the 128 points tabulated is presented on two plots (one of voltage, one of current). The variables displayed are i) 1(1) as an asterisk ii) ID as an X iii) I(NODDIO-l) as a plus iv) I(NODDIO) as a zero v) VIN as an asterisk
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