3
test is 5×1000=5000mA.
When connecting an oscilloscope to measure AC current, you can use the
measurement function of the oscilloscope to measure the peak-to-peak value and
effective value of the AC current. For details, please refer to the operating manual of
the corresponding oscilloscope. According to the range of the current probe, the
peak-to-peak value and effective value of the alternating current are obtained
according to the corresponding relationship between the above voltage and current.
Usually the magnitude of the alternating current is expressed by the effective value. It
is recommended that the acquisition mode of the oscilloscope be set to average
mode.
APPLICATION NOTES
1. When measuring DC current, the output is positive when the DC current flows from
the positive terminal to the negative terminal of the current probe.
2. When performing DC current measurement, the current probe may not reach the
correct zero point due to the hysteresis effect. In order to eliminate this effect, you
need to open and close the jaws of the current probe normally several times, and
then adjust the zero adjustment knob to approach the zero point.
APPLICATION SAFETY
1. The voltage of the conductor measured by the current probe must be less than 300V
DC or 240V rms AC.
2. In order to avoid harm to the human body, it is forbidden to measure bare conductors
and conductors with cracked or frayed insulation.
SPECIFICATIONS GENERAL
Summary
The diameter of the measurable con
ductor: up to 30 mm
Low battery indicat
or: red light on
Working temperature:
0
℃
to 50
℃
, 70%R.H.
Storage temperature:
-20
℃
to +70
℃
, 80%R.H.
Battery type:
9V DC, NEDA 1604, 6F22, 006P
Battery life:
100 hours for typical alkaline batteries
Weight:
250 grams typical
Dimensions:
195 mm (length) × 70 mm (width) × 33 mm (height)
Output:
BNC head cable