Oscilloscope current probe
Chapter II
35
3.3.1. INST MODE (AC AND DC OUTPUT)
Quantity of influence
Range of influence
or condition
Typical value
Maximum value
Power supply voltage
9V
dc
±5%
±1mA
dc
±5mA
dc
RMS noise at zero
DC at 2kHz
1.5mA
rms
DC at 60kHz
5mA
rms
Pass band at 14A
DC at 60kHz
-3dB (see §6)
Rise and fall time
10 to 90%
6µs (see §6)
Delay time
10%
2,3µs (see §6)
Frequency response curves
-3dB
See §6
Amplitude limitation
60kHz
14A
ac
3.3.2. RMS MODE (DC OUTPUT)
Quantity of influence
Range of influence
or condition
Typical value
Maximum value
Power supply voltage
9V
dc
±5%
±20mA
dc
Residual voltage
1
DC
±30mA
dc
Pass band at 20A
DC at 60kHz
-3dB
Rise time
10 to 90% at 20A
200ms
Fall time
10 to 90% at 20A
600ms
Rise time
10 to 90% at 5A
350ms
Fall time
10 to 90% at 5A
1.800ms
Amplitude limitation
60kHz
20A
ac
1: The time constant of the filter of the RMS converter imposes a delay of one minute for the return of
the signal to zero after a 20A measurement.
With the DC zero performed at ±2mA or ±0.2mV, in INST mode.
Summary of Contents for HX0102
Page 2: ......
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...