Fluke 6105A - Worked Examples

Remote Operation
Worked Examples 5
5-77
5-133. Worked Examples
Examples summary:
• Example 1 Create a pure ac voltage signal.
• Example 2 Create an ac voltage signal with 2
nd
harmonic destortion.
• Example 3 Create an ac voltage signal with fluctuating 2
nd
harmonic destortion.
• Example 4 Create an ac current signal with flicker.
• Example 5 Create an ac voltage signal with multiple harmonic distortion and phase
shifts.
• Example 6 Clear harmonics.
• Example 7 Create an ac multichannel signal.
• Example 8 Create an ac multiphase signal.
• Example 9 Create a pure dc voltage signal.
• Example 10 Create an ac voltage signal with a dc offset.
• Example 11 Create a pure dc voltage signal using SCPI tree-walked method.
Example 1.
Configure a master unit to output a sinusoidal signal of 60 Hz, 115 V RMS, containing no
sub-harmonics or aberrations, and no phase shifts.
Setting UNIT:MHAR:VOLT (main harmonics units) to ABS (absolute) will allow the
amplitude value to be entered directly in volts:
Reset all parameters to a known state. *RST
Use abs units for voltage harmonics. UNIT:MHAR:VOLT ABS
Setup Phase 1 (master) voltage range. SOUR:PHAS1:VOLT:RANG 0,180
Fundamental amplitude and angle. SOUR:PHAS1:VOLT:MHAR:HARM1 115,0
Setup the fundamental frequency. SOUR:FREQ 60
Enable voltage output on this phase. SOUR:PHAS1:VOLT:STAT ON
Set output to on (all phases). OUTP:STAT ON
Example 2.
Configure a master unit to output a sinusoidal signal of 60 Hz, 115 V RMS, containing no
aberrations, and no phase shifts.
Add a 2
ND
Harmonic component of 10 V RMS, 0 ° Phase angle to the waveform.
Reset all parameters to a known state. *RST
Use abs units for voltage harmonics. UNIT:MHAR:VOLT ABS
Setup Phase 1 (master) voltage range. SOUR:PHAS1:VOLT:RANG 0,180
Fundamental amplitude and angle. SOUR:PHAS1:VOLT:MHAR:HARM1 115,0