Figure 4 The Figure 4 above shows that the input frequency
Related Figures (7)
The Figure 2 above shows that the input frequency used is [kHz and the maximum output frequency result using the Spectrum Analyzer is approximately equal also to 1kHz. and the output frequency start to have a huge discrepancy when the input frequency is at 4.995kHz. Figure 5 The input frequency used is 4kHz The Figure 4 above shows that the input frequency used is 3kHz and the maximum output frequency result using the Spectrum Analyzer is approximately equal also to 3kHz. The Figure 5 above shows that the input frequency used is 4kHz and the maximum output frequency result using the Spectrum Analyzer is approximately equal also to 4kHz. The Figure 5 above shows that the input frequency The Figure 3 above shows that the input frequency used is 2kHz and the maximum output frequency result using the Spectrum Analyzer is approximately equal also to 2kHz. The Figure 3 above shows that the input frequency Figure 8 The input frequency used is 4.994kHz Since the discrepancy occurs between the input frequency 4kHz and 5kHz, the researcher tried to varied the input frequency from 4kHz to 5kHz as shown in Figure 8 and 9. The Figure 8 shows that the input frequency used is 4.994kHz and it resulted to an approximately equal to 4.994kHz output frequency. It was found that, it is the Figure 6 The input frequency used is 5kHz The Figure 7 above shows that the input frequency Figure 9 The input frequency used is 4.995kHz last point which input and output frequency have no discrepancy. The Figure 9 above shows that the input frequency used is 4.995kHz and the maximum output frequency result using the Spectrum Analyzer is approximately equal to 2.044kHz. In this case, there is a great almost 3kHz discrepancy. The Figure 9 above shows that the input frequency
