High Voltage and Current Probe - Rigol Aktiv- Hochspannungs und Strom-Tastköpfe Serie RP1000C RP1000D und 7000
>>> Uebersicht: Active Probes [859 KB]
Hochwertige Tastköpfe aus Rigol-eigener Entwicklung und Fertigung
- Je nach Modell für die Serien Rigol DS1000, DS2000, DS4000 und DS6000
- Strom-Tastköpfe (je nach Modell zusätzlich Power-Supply RP1000P erforderlich)
- Differentielle Hochspannungs-Tastköpfe
RP1003C, RP1004C and RP1005C current probes can detect the current flowing through the conductor and convert it to voltage that can be displayed on and measured by the measuring instrument.
Main Features:
- Highly accurate current detection
- Easy current measurement
- Broadband frequency characteristics (RP1003C: DC to 50MHz; RP1004C: DC to 100MHz; RP1005C: DC to 10MHz)
- Compact design, permits measurement of low current levels
- Easy protect function at excessive input
- Unique thin film Hall effect element
RP1002C Overview
The RP1002C current probe enables a general purpose oscilloscope to display AC and DC current signals up to 100 A Peak (70 A RMS). The RP1002C current probe can also make AC and DC measurements with a multimeter by using the BNC-to-banana plug adapter.
RP1001C Overview
The RP1001C current probe enables a general purpose oscilloscope to display AC and DC current signals up to 100 A Peak (70 A RMS). The RP1001C current probe can also make AC and DC measurements with a multimeter by using the BNC-to-banana plug adapter.
RP1000D Overview (RP1025D, RP1050D, RP1100D)
RP1000D series high voltage differential probe can convert high differential input voltage (1400Vpp - 7000Vpp) to low voltage and display the waveform on oscilloscope. Its working frequency is up to 25MHz (RP1025D), 50MHz (RP1050D) and 100MHz (RP1100D) and it is rather suitable for large electricity test and R&D.
RP1000D series high voltage differential probe is applicable to general purpose oscilloscope and the labeled attenuation ratios are those when the input impedance of the oscilloscope is 1MΩ. The attenuation ratios will double when the input impedance of the oscilloscope is 50Ω.
