Keysight N2839A | Attachment for InfiniiMax II probe, 12 GHz, differential, browser
Manufacturer number: N2839A
On Request
Keysight N2839A | InfiniiMax II 12 GHz differential probe tip for InfiniiMax probes.
- 12 GHz bandwidth when used with the 1169A probe amplifier
- Extremely low input capacitance of 0.21 pF (same as the soldering head N5381A)
- Spring on the ground connection keeps the frequency response constant regardless of the measuring tip width setting.
- Mechanical tip width adjustment using the setting wheel on the probe tip from 0 to 3 mm
- Included in delivery: 20 interchangeable tips, protective cap and ESD protection
- Compatible with the InfiniiMax I probes (models: 1130A / 1131A / 1132A / 1134A) and with the InfiniiMax II probes / amplifier heads (models: 1168A / 1169A)
- Warranty 3 years
Description
N2839A | Attachment for InfiniiMax II probe, 12 GHz, differential, browser
The N2839A probe tip delivers accuracy like a real oscilloscope measurement with a real solder joint and this at 12 GHz when used with the InfiniiMax II probes / probe amplifiers 1169A or 1168A. The probe tip is simply plugged onto the signal line of the probe amplifier and you already have the handling of a "normal" probe tip, as is usual with oscilloscope probes. This probe tip head can be used for single-ended as well as differential signals.
The actual tips of the probe tip are spring-loaded so that slipping off the measuring points is prevented and a secure connection is created. The actual tips can be adjusted to different distances from each other from 0 to 3 mm using a rotary knob with a finger. These tips can also be removed and replaced by others or replaced by other contacting sets. The low inductance ensures a constant frequency response regardless of the peak width setting.
The very low capacitive load is unusual compared to conventional probes with this bandwidth. The N2839A probe tip has an input capacitance of just 0.21 pF, which corresponds to a probe element that can be soldered in at the measuring point - a method with which high-frequency signals have so far been measured. The N2839A probe offers the flexibility to switch from one test point to another without a soldering procedure.