Keysight N2796A: 2 GHz Active Oscilloscope Probe for Precision Measurements

Keysight N2796A – 2 GHz Active Probe for High-Speed Signal Probing

The Keysight N2796A is a 2 GHz single-ended active probe designed for high-speed signal measurements in advanced electronic designs. With a rise time of 175 ps, input dynamic range of ±8 V, and input capacitance of only 1 pF, it provides superior signal integrity and responsiveness when paired with Keysight InfiniiVision and Infiniium Series oscilloscopes.

Featuring an AutoProbe interface for automatic configuration and power supply, this compact probe is ideal for a wide range of applications such as digital system debugging, component-level analysis, and research environments.

Key Features

• Bandwidth: 2 GHz

• System bandwidth with compatible oscilloscopes: up to 1 GHz

• Rise time: 175 ps

• Attenuation ratio: 10:1 ±0.5%

• Offset range: ±12 V

• Input dynamic range: –8 V to +8 V (DC or peak AC)

• Input impedance: 1 MΩ || Capacitance: 1 pF

• Probe type: Single-ended active probe

• Interface: AutoProbe (auto power and ID recognition)

Why Choose the N2796A?

• Ideal for probing high-speed digital buses and fast signal transitions

• Compatible with a wide range of Keysight scopes, including the 3000T X-Series, 4000 X-Series, 6000 X-Series, and Infiniium 9000 and 90000A Series

• Low capacitive loading ensures minimal signal distortion

• Suitable for field use when paired with portable oscilloscopes

• AutoProbe interface offers plug-and-play convenience

What’s Included

• Keysight N2796A Active Probe (2 GHz)

• (2) Spring probe tips

• (2) Rigid probe tips

• (1) Flex nose clip adapter (red and black)

• (10) Copper pads

• (1) Dual lead socketed adapter (9 cm)

• (1) Right-angle ground lead (5 cm)

• (1) Right-angle ground lead (10 cm)

• (2) Ground blades

• (1) Offset ground

• (1) Flex ground

• (4) Color-coded rings

• Configuration card

Technical Specifications

Applications

• High-speed digital design and signal integrity testing

• Embedded system and board-level debugging

• Characterization of ICs and semiconductor devices

• University labs and research in high-frequency electronics

• Field testing with  oscilloscopes

Explore More

Discover related probes in our Oscilloscope Probes and Active Probes & Differential Probes categories.
Also read: Portable Oscilloscopes: Field Testing Solutions for Modern Technicians