Frequency, Pulse Signal - Omega COMPACT CAL CA100 Owner's Manual

• Compensating the output voltage using the temperature detected with the RJC sensor
is executed on a sampling rate of approximately 10-second intervals. It means that
there is a delay of up to 10 seconds before the first compensation starts.
• To perform accurate measurement, leave the instrument for a certain time (5 min. at
room temperature) before starting the measurement.

Frequency, Pulse Signal

This generates frequencies and pulse signals at specified values via the output terminal.
Frequency
signal
Pulse signal
1
2
3
4
28
Be sure to disconnect the RJC sensor from the instrument when no
reference junction compensation is required.
Frequency (1 Hz to 50 kHz)
Frequency (1 Hz to 50 kHz)
Number of generated pulses
(1 to 60000 cycles)
To generate frequencies, press [FUNCTION] on the SOURCE side to align
[FRQ]. [ Hz] is displayed. Jump to step 4.
To generate pulse signals, align
step 2.
Specify the number of pulses to generate between 1 and 60,000.
• Using [ ] or [ ] (for initial setting)
Press [ ] or [ ] to specify the number of pulses to be output.
To reset the value to zero, press [ZERO CLR].
• Using the numeric keypad (refer to page 21)
Enter the number of pulses to generate using the numeric keypad, and press the
[NEXT ENTER] key. The figure flickers when entering a value. If a value out
of the range of 1 to 60,000 is specified, an error occurs. In this case, press
[ZERO CLR] to reset to the previous value, and reenter a new value.
Press [NEXT ENTER].
[ Hz] is displayed.
Press [RANGE] on the SOURCE side to select the voltage frequency range.
Type Frequency Range
FRQ/ 100 Hz
PULSE
1000 Hz
10 kHz
50 kHz
CAUTION
Voltage (0 to 10 V)
Voltage (0 to 10 V)
: One pulse
with [PULSE]. [ CYCLES] appears. Go to
Display Setting Range
Hz 1.0 to 110.0 Hz
Hz 90 to 1100 Hz
kHz 0.9 to 11.0 kHz
kHz 9 to 50 kHz
with
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