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VT DSO-2A20 Manual Rev. 1.1
Virtins Technology
Furthermore, some frequently used panel setting files are pre-configured in the Hot Panel
Setting Toolbar (The third toolbar from the top. If it is not shown, select [Setting]>[Show
Hot Panel Setting Toolbar]) and you can load one of them by a single mouse click. These
measurement settings are:
(1)
Home: Default Setting
The factory default panel setting. It is equivalent to the [File]>[New] command.
(2)
OCT1: 1/1 Octave Analysis with Pink Noise Stimulation (Avg. 10)
Pink noise will be generated by pressing the start button of the signal generator. The pink
noise will be injected into the DUT (Device Under Test), and the response of the DUT
will be captured and analyzed by the oscilloscope and spectrum analyzer. A flat curve in
the spectrum analyzer would indicate a flat magnitude frequency response of the DUT.
(3)
OCT3: 1/3 Octave Analysis (Avg. 10)
Same as OCT1, but with finer frequency resolution.
(4)
OCT6: 1/6 Octave Analysis (Avg. 10)
Same as OCT3, but with finer frequency resolution.
(5)
NoiseL: Noise Level when there is no input signal (Avg. 10)
(6)
NoiseLa: Noise Level (A-Weighted) when there is no input signal (Avg. 10)
(7)
THD: THD, THD+N, SNR, SINAD, Noise Level, ENOB (Avg. 10 )
A 1 kHz sine wave will be generated by pressing the start button of the signal generator.
The sine wave will be injected into the DUT (Device Under Test), and the response of the
DUT will be captured and analyzed by the oscilloscope and spectrum analyzer. All the
above parameters of the DUT will be measured and displayed.
(8)
CrossTlk: Crosstalk A->B, THD, THD+N, SNR, SINAD, ENOB (Avg. 10)
A 1 kHz sine wave will be generated by pressing the start button of the signal generator.
The sine wave will be injected into Channel A of the DUT (Device Under Test) while the
input of Channel B is connected to Ground. The response of the DUT will be captured
and analyzed by the oscilloscope and spectrum analyzer. All the above parameters of the
DUT will be measured and displayed.
(9)
IMDsmp: IMD SMPTE (60 Hz + 7 kHz, 4:1) (Avg. 10)
A 60 Hz and a 7 kHz sine waves mixed at an amplitude ratio of 4:1 will be generated by
pressing the start button of the signal generator. The mixed signals will be injected into
the DUT (Device Under Test), and the response of the DUT will be captured and
analyzed by the oscilloscope and spectrum analyzer. The SMPTE IMD value of the DUT
will be measured and displayed.
(10)
IMDdin: IMD DIN (250 Hz + 8 kHz, 4:1) (Avg. 10)
A 250 Hz and a 8 kHz sine waves mixed at an amplitude ratio of 4:1 will be generated by
pressing the start button of the signal generator. The mixed signal will be injected into the
DUT (Device Under Test), and the response of the DUT will be captured and analyzed by
the oscilloscope and spectrum analyzer. The DIN IMD value of the DUT will be
measured and displayed.
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