
Chapter II
Oscilloscope current probe
32
3. CHARACTERISTICS
3.1. REFERENCE CONDITIONS
Quantity of influence
Reference values
Temperature
23 ± 5 °C
Relative humidity
20 to 75 %RH
Frequency of the signal measured
DC to 100 Hz
Type of AC signal
sinusoidal
Type of DC signal
ripple < 0,1%
Battery voltage
9V ± 5 %
Powering up of the probe
≥
1 minute
Position of the conductor
centred in the measurement core
Output voltage for I = 0
1
DC zero adjusted
External electric field
none
External AC magnetic field
none
External DC magnetic field
With no field other than the earth’s field
< 40A/m
Input impedance of the oscilloscope
≥
100k
W,
C < 100pF
1: The output voltage for I = 0 depends on the residual remanence (with the probe demagnetized), the
battery voltage, the external DC magnetic field (earth’s field), and the ambient temperature.
3.2. ELECTRICAL CHARACTERISTICS
Parameter
Value
INST measurement range
3 mA to 20 A
dc
or peak or 14 A
ac
RMS measurement range
30 mA to 20 A
rms
Output/input ratio
100 mV/A
Maximum acceptable overload
40 A peak
Summary of Contents for HX0102
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Page 17: ...Pince oscilloscope Chapitre I 17 3 4 3 R PONSE 14 KHZ ET 250 MA CR TE CR TE...
Page 23: ...Pince oscilloscope Chapitre I 23...
Page 37: ...Oscilloscope current probe Chapter II 37 3 4 3 RESPONSE AT 14KHZ AND 250MA PEAK TO PEAK...
Page 43: ...Oscilloscope current probe Chapter II 43...
Page 57: ...Zangenstromwandler Kapitel III 57 3 4 3 GANG BEI 14KHZ UND 250MA PEAK TO PEAK...
Page 63: ...Zangenstromwandler Kapitel III 63...
Page 77: ...Pinza oscilloscopio Capitolo IV 77 3 4 3 RISPOSTA A 14 KHZ E 250 MA CRESTA A CRESTA...
Page 83: ...Pinza oscilloscopio Capitolo IV 83...
Page 97: ...Pinza para osciloscopio Capitulo V 97 3 4 3 RESPUESTA A 14 KHZ Y 250 MA PICO A PICO...