AC input data with two tone 5000W PEP output on 40m.
Note the drop in mains voltage from 244V RMS with no load.
| AC input V |
234V RMS |
| AC input I |
30.6A RMS |
| AC power input |
5960W |
| Power factor |
0.83 |
| Instantaneous power |
7.15kVA |
| Reactive power |
3.95kVAR |
| Current THD |
55% |
| Fundamental current (60 Hz) |
26.8A RMS |
| 3rd harmonic current (180 Hz) |
14.2A RMS |
| 5th harmonic current (300 Hz) |
3.18A RMS |
| 7th harmonic current (420 Hz) |
2.27A RMS |
| 9th harmonic current (540 Hz) |
0.72A RMS |
| Conversion efficiency AC to RF |
42% |
AC voltage and current with two tone 5000W PEP output on 40m. Traces go with table above.
AC input data with 5000W CW output on 40m.
Note the huge drop in mains voltage from 244V RMS with no load. I need to replace that skinny wire!
| AC input V |
227V RMS |
| AC input I |
40.3A RMS |
| AC power input |
7880W |
| Power factor |
0.86 |
| Instantaneous power |
9.17kVA |
| Reactive power |
4.70kVAR |
| Current THD |
47% |
| Fundamental current (60 Hz) |
36.5A RMS |
| 3rd harmonic current (180 Hz) |
16.8A RMS |
| 5th harmonic current (300 Hz) |
2.63A RMS |
| 7th harmonic current (420 Hz) |
2.46A RMS |
| 9th harmonic current (540 Hz) |
0.71A RMS |
| Conversion efficiency AC to RF |
63% |
|
