g
Adjust HORIZONTAL GAIN for
desired calibration factor.
EXTERNAL
HORIZONTAL
'scope H. INPUT
to BASE jock
··;···········!
! ...
.
.
.
..... ,;.,-.. , .. , .. _. ················- ........ ,,.,,
f
I
.... ). 2v
per division
: ......... J ........... ; ........ .
:
:
colibrotion
i
i !
:..... i
i
...... , � ...........
!
. . ...... : ...........
i········
l
! i
: ........... ,: ...... .
...... ········-·····-·· .. t ........ ..i
DO NOT READJUST HORIZONTAL GAIN
AFTER OSCILLOSCOPE HAS BEEN CALIBRATED
Figure 6. Oscilloscope Horizontal Calibration- Low Voltage
sion. That is, the first, third, and fifth dots exactly
coincide with three sequential division markers.
High Voltage Horizontal Calibration
(Refer to Figure 7)
1. Complete vertical calibration of the oscilloscope
as previously described.
2. Leave the oscilloscope set for external horizontal
input, and the common ground connected be·
tween the curve tracer and the oscilloscope.
3. Remove the vertical input from the oscilloscope.
Ground the vertical input if desired.
Adjust HORIZONTAL GAIN so
4. Connect a test lead from the H jack of the curve
tracer to the horizontal input of the oscilloscope.
5. Set the SWEEP VOLTAGE control to the desired
value such as 50 or 100.
6. Adjust the horizontal gain of the oscilloscope
for a full scale trace (10 divisions of graticule).
Readjust horizontal centering as required.
7. Each graticule division represents 10% of the
value at which the SWEEP VOLTAGE control
is now set. Do
NOT
readjust the horizontal gain
of the oscilloscope until the horizontal sensitivity
is recalibrated to a new value.
trace fills 9rotlcule from left
to right. Eoch division equals
10%
at
SWEEP VOLTAGE value.
..
•••
EXTERNAL
HORIZONTAL
Set SWEEP VOLTAGE control
to 50, JOO o< other conven -
lent value
, ...........
:-+
:·+
, ..........
...........
.
.
.
.
..
; ..
.
.
..
..
....
.
T
+
·i
DO NOT READJUST HORIZONTAL GAIN
AFTER OSCILLOSCOPE HAS BEEN CALIBRATED
Figure 7. Oscilloscope Horizontal Calibration-High Voltage
7