Pintech
Pintech 50MHz 3000V differential probe
High-voltage differential probe with 50 MHz bandwidth and 3000 V range, 1000X/100X attenuation, ±1% accuracy, BNC interface, auto-zero and overload protection
- Measures up to 3000 V peak-to-peak for high-voltage safety
- 50 MHz bandwidth captures fast transients accurately
- ±1 % typical accuracy ensures reliable readings
- Switchable 100X and 1000X attenuation ratios suit varied signals
- Standard BNC connector works with any oscilloscope
50 MHz 3000 V Differential Probe
The Pintech N1030A is a high-voltage differential probe designed for oscilloscope measurements up to 3000 V peak-to-peak. It offers selectable 100X and 1000X attenuation ratios with a typical accuracy of ±1% and a bandwidth of 50 MHz. Built-in auto-zero and overload protection ensure safe operation during high-voltage testing.
Suits engineers measuring motor drives
This probe suits engineers who need to capture differential signals on motor drives, power supplies or other floating circuits where ground-referenced measurement is unsafe. Users requiring bandwidth above 50 MHz or differential voltage capability beyond 3000 V peak-to-peak should consider alternative instruments.
50 MHz bandwidth defines measurement speed
The 50 MHz (-3 dB) bandwidth and corresponding 7 ns rise time set the maximum signal frequency this probe can faithfully reproduce. Verify that the fastest edges in your application fall within this limit before purchasing.
Highlights
- Measures up to 3000 V peak-to-peak for high-voltage safety
- 50 MHz bandwidth captures fast transients accurately
- ±1 % typical accuracy ensures reliable readings
- Switchable 100X and 1000X attenuation ratios suit varied signals
- Standard BNC connector works with any oscilloscope
Specifications
No published specifications for this item yet.
Questions about this item
How much continuous voltage can the 50 MHz probe handle before overload protection activates?
The probe is rated for a maximum differential test voltage of 3000 Vp-p with built-in overload protection.
What is the typical noise floor or thermal drift during extended use of the 1000X attenuation setting?
Typical accuracy is ±1 % across the DC-50 MHz bandwidth; the unit includes auto-zero to minimise drift during long sessions.
Which oscilloscope input must I already have for the standard BNC connector on the N1030A?
Any oscilloscope with a standard BNC input will work; the probe ships with a BNC interface, two hook tips, an adapter and a manual.
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