The RP1025D is a 25 MHz differential probe from Rigol.
Features:
High Voltage Differential Probe
DC-25 MHz
1400 Vpp
Works with-
DS1
DS1Z
DS2
DS4
DS6
MSO1
MSO2
MSO4
Accessories:
User’s Guide - Chinese & English
AC power adaptor that accords with the standard of the destination country
Dual-BNC coaxial cable - 50ω impedance RG58C UL 100cm length
Dual-banana plug silicon cable - UL 6KV 18AWG 60cm length - Red: 1; Black: 1
Safety IC clip - UL 1000V CAT III - Red: 1; Black: 1
Safety alligator clip - UL 1000V CAT II,10A - Red: 1; Black: 1
The Rigol RP1025D high voltage differential probe can convert high differential input voltage to low voltage and display the waveform on oscilloscope. Its working frequency is up to 25MHz and it is rather suitable for large electricity test and R&D. The RP1025D 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.
The RP1025D is a 25 MHz differential probe from Rigol.
Features:
- High Voltage Differential Probe
- DC-25 MHz
- 1400 Vpp
Works with-
- DS1
- DS1Z
- DS2
- DS4
- DS6
- MSO1
- MSO2
- MSO4
Accessories:
- User’s Guide - Chinese & English
- AC power adaptor that accords with the standard of the destination country
- Dual-BNC coaxial cable - 50Ω impedance RG58C UL 100cm length
- Dual-banana plug silicon cable - UL 6KV 18AWG 60cm length - Red: 1; Black: 1
- Safety IC clip - UL 1000V CAT III - Red: 1; Black: 1
- Safety alligator clip - UL 1000V CAT II,10A - Red: 1; Black: 1
The Rigol RP1025D high voltage differential probe can convert high differential input voltage to low voltage and display the waveform on oscilloscope. Its working frequency is up to 25MHz and it is rather suitable for large electricity test and R&D. The RP1025D 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.
