Kenwood CS-5200 Series User Manual

7. OPERATING PROCEDURES
7 — 1 Single Trace Operation
1) Alternating current d i spI ay
With the osci1loscope in the initial setting condition (refer to 6. CHECKING AND
ADJUSTMENT PRIOR TO MEASUREMENT), the signal applied to the CHI INPUT terminal is
displayed on the CRT. Adjust the signal amplitude to an easy-to-measure size by
changing the VOLTS/DIV control. Use the V. VARI control to change the amplitude
continuously. However, if this is not necessary, leave the setting at CA1.
Then, move the waveform to an easy-to-observe position with the SWEEP TIME/DIV control.
The H. VARI control should be set to CAL if possible.
2) Trigger
Trigger operation is required if the displayed waveform wavers or is unstable.
• Trigger level
Turn the TRIGGER LEVEL control clockwise or counterclockwise to lock the waveform.
Some signals are easier to see by changing the slope. This operation with the TRIGGER
LEVEL and SLOPE controls is called trigger point setting. The oscilloscope starts
the sweep at a set trigger point.
SLOPE "-" RANGE
• Trigger coupling
Select an intended trigger coupling.
AC : AC coupled trigger signal without DC components is input to the trigger
circuit. The AC position is used for normal waveform observation higher
than 10 Hz.
HFrej : Trigger signal passed though a low-pass fiIter is input to the trigger
circuit. The cut-off frequency of the low-pass fi1ter is approx. 30 kHz.
This position is used for signals with high-frequency noise.
27
SLOPE " + " RANGE
TRIGGER LEVEL
+ Direction (Rotate Right)
SLOPE "-" TRIGGER POINT
SLOPE " + " TRIGGER POINT
- Direction (Rotate Left)
Figure 7 Relationship between Trigger Level and Slope

Kenwood CS-5200 Series Specifications

General

Brand	Kenwood
Model	CS-5200 Series
Category	Test Equipment
Language	English