![YOKOGAWA ScopeCorder DL750 Скачать руководство пользователя страница 201](http://html.mh-extra.com/html/yokogawa/scopecorder-dl750/scopecorder-dl750_user-manual_911347201.webp)
15-10
IM 701210-06E
15.4 Performing Differentiation and Integration
(DSP Channels)
<For a description of this function, refer to page 2-50.>
Procedure
MEASURE CURSOR
RESET
SELECT
CH
ALL CH
MODE
POSITION
SIMPLE/ENHANCED
ACQ
START/STOP
SETUP
DISPLAY
ZOOM
DUAL
CAPTURE
HISTORY
MATH
1
CH
2
CH
3
CH
4
CH
5
CH
6
CH
7
CH
8
CH
9
CH
10
CH
11
CH
12
CH
13
CH
14
CH
15
CH
16
DELAY
MANUAL TRIG
V/DIV
TIME/DIV
TRIGGER
TRIG D
VERTICAL
HORIZONTAL
CAL
X-Y
SEARCH
7
DSP 1
8
9
DSP 2
6
5
4
1
0
2
3
ENTER
m
DSP 6
DSP 5
LOGIC A
LOGIC B
EVENT
DSP 3
DSP 4
EXP
GO/NO-GO
ACTION
FILE
SHIFT
1.
Press
SHIFT+CH1 to CH6
(DSP1 to DSP6).
Note
For a description of turning ON/OFF the DSP, see section 5.1. For a description of setting
the vertical position, see section 5.4. For a description of zooming vertically by setting the
zoom rate, see section 5.8. For a description of setting waveform labels, see section 8.10.
Setting the Computation Definition
2.
Press the
Setup
soft key. A setup dialog box opens.
3.
Use the
jog shuttle
and
SELECT
to set Operation to Diff(S1) (differentiation) or
Integ(S1) (integration).
Selecting the Channel on Which to Perform Computation
4.
Use the
jog shuttle
and
SELECT
to select Source1.
Setting Differentiation and Integration
• When Diff(S1) Is Selected
5.
Use the
jog shuttle
and
SELECT
to set Filter to ON or OFF.
6.
Use the
jog shuttle
and
SELECT
to set the CutOff in the range of 2.0% to
30.0%. Proceed to step 7.
• When Integ(S1) Is Selected (Selecting the Reset Condition)
5.
Use the
jog shuttle
and
SELECT
to set the each item of Auto Reset Condition
to ON/OFF. Proceed to step 7.
Note
If Over Limit is turned ON, the computation is reset when the computed result e10
divisions or –10 divisions of the Value/Div setting. If Zero Cross to Positive is turned ON, the
computation is reset when the signal of the target channel produces a positive edge at the
zero-crossing point. If Zero Cross to Negative is turned ON, the computation is reset when
the signal of the target channel produces a negative edge at the zero-crossing point. Multiple
items can be selected simultaneously.
Diff (S1): differentiation
Integ (S1): integration