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<Harmonic 2>
Setting harmonic 2. The minimum value is 1 and the maximum value is 32767.
Enter the order of harmonic through keyboard. The default order is 1 and it means detecting 1 order harmonic
(fundamental wave). The limitation of the harmonic setting is (Harmonic * Freq) < 102kHz, where Freq means the
reference frequency. Once beyond the limit, system will reduce the order of harmonic automatically to meet the
conditions. At the same time, when the order is set 0, the system will set the order to 1 automatically
For example, the input signal is 1kHz square wave. Suppose that the signal’s amplitude is A. Set <Harmonic>as 1,
2, 3, 4, 5, 6…, the R will be 0.45A, 0, 0.15A, 0.09A, 0…respectively. This sequence is A times higher the
coefficient sequence of the square wave Fourier Series.
It is necessary to set <List> in the <Full> option of the <Display> submenu during detecting double harmonic.
3.2.7 < Sine Output>: Setting the Sine Output
SE1022D can output sine wave whose amplitude range is from 0V to 5V through the “Sine Out” BNC connector
on front panel. In its secondary submenu, users can set <Sweep Type>, <Voltage>, <Sweep Set> and <Sweep
Run>. Besides, there are 3 modes to choose in <Sweep Type>, including <Fixed> - fix the output amplitude,
<Linear> linear sweep output and <Log> logarithm sweep output. When choosing different <Sweep Type>, the
submenu is different as is shown in Fig.19 and Fig.20.
When using the <External> reference, <Sine Output> provides a sine signal which locks phase with external
reference. When using the <Internal> reference, the reference signal is generated by the oscillator in SE1022D. The
“TTL OUT” BNC connector on rear panel will output TTL signal which is synchronous with the <Sine Output>.
Fig.19 <Sine Output> Secondary Submenu-<Fixed>