Fluke
Fluke VPS410-II-B 500 MHz 1000 V Blue voltage probe
500 MHz bandwidth voltage probe with 10:1 attenuation, 1000 V CAT III safety rating and 1.2 m cable
- TypeElectronic
- 500 MHz bandwidth captures fast signals accurately
- 10:1 probe ratio attenuates high-voltage inputs safely
- 1000 V CAT III / 600 V CAT IV rating protects during mains measurements
- 2 m cable with included ground lead and clips enables flexible bench connections
- 12 pF input capacitance minimises loading on sensitive circuits
Fluke VPS410-II-B 500 MHz voltage probe
The Fluke VPS410-II-B is a 500 MHz voltage probe rated for 1000 V CAT III and 600 V CAT IV. It has a 10:1 probe ratio, 10 MΩ input impedance and 12 pF capacitance. A 1.2 m cable and blue insulation sleeve complete the package for oscilloscope measurement tasks.
Who this probe suits and who should look elsewhere
Engineers needing 500 MHz bandwidth and 1000 V CAT III safety for general oscilloscope work will find this probe fits the requirement. Buyers who need higher bandwidth, a different attenuation ratio or a lower capacitance value should look at other models.
The specification that decides fit
The 500 MHz bandwidth and 1000 V CAT III / 600 V CAT IV rating are the key figures that determine whether this probe matches the oscilloscope and the measurement category required.
Highlights
- 500 MHz bandwidth captures fast signals accurately
- 10:1 probe ratio attenuates high-voltage inputs safely
- 1000 V CAT III / 600 V CAT IV rating protects during mains measurements
- 2 m cable with included ground lead and clips enables flexible bench connections
- 12 pF input capacitance minimises loading on sensitive circuits
Specifications
| Brand | FLUKE |
|---|---|
| Type | Electronic |
Questions about this item
What oscilloscope input impedance is required for the 10:1 probe ratio to work correctly?
The probe is designed for a 10 M ohm oscilloscope input impedance to maintain the specified 10:1 attenuation ratio and compensation range.
Can the 1.2 m cable and 12 pF capacitance be used with older oscilloscopes that have higher input capacitance?
The probe compensation range of 10 to 22 pF allows adjustment for oscilloscopes with input capacitance within that window, which covers many legacy instruments.
How do I verify the probe is calibrated correctly after connecting the ground lead and hook clip?
Use the oscilloscope probe compensation adjustment to flatten the square wave response; the 3 nsec rise time specification confirms adequate bandwidth when properly compensated.
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