Oscilloscope Probes

What are you looking for?

PS0004/6/8A Optically Isolated Differential Probes
Key Features
  • Galvanic isolation enables safer and more accurate differential measurements by rejecting common-mode signals
  • Capture high-side switching voltages up to ±2,500 V with 350 MHz, 700 MHz, or 1 GHz of bandwidth
  • Probe tip required, sold separately
 
DP0030/31/32/33A High-Voltage Differential Probes
Key Features
  • Designed to make accurate differential measurements in fast-switching environments with high common-mode voltages
  • DP0030A has a universal BNC + USB interface, meaning it is compatible with any oscilloscope on the market that has BNC inputs with 1 MΩ input impedance
  • DP0030A can capture signals up to ±750 V at 100 MHz of bandwidth
  • DP0031A can capture signals up to ±750 V at 200 Mhz of bandwidth
  • DP0032A can capture signals up to ±1,500 V at 200 MHz of bandwidth
  • DP0033A can capture signals up to ±3,000 V at 200 MHz of bandwidth
  • Each probe ships with a variety of accessories
 
PP0001/2/3A Hi-Z+ Passive Probes*
Key Features
  • PP0001A can capture signals up to 300 V CAT II at 1 GHz of bandwidth
  • PP0002A can capture signals up to 1.2 kV CAT II at 800 MHz of bandwidth
  • PP0003A offers a unique MMCX connector with 1 GHz bandwidth
  • Requires probe adapter PP0004A with most oscilloscopes - See user guide for compatible oscilloscopes
  • AutoProbe 1 interface, variable attenuation, and low loading for accuracy and ease-of-use
  • Ideal for 3000G/4000G/6000 X-Series/EXR-Series/S-Series oscilloscopes

* Requires probe adapter PP0004A with oscilloscopes other than the HD3-Series

 
 
 
 
 
 
 

Probing signals inside an environmental chamber
has never been easier

 

 

 

Many engineers have a need to monitor their product in an environmental chamber with an oscilloscope probe to verify performance over a wide range of operating temperatures or to determine the cause of failures at high or low temperatures. In the past, testing in extreme temperature ranges required engineers to use probes outside their specified operating temperatures, which can damage probes. Most active or passive probes in the market have a specified operating temperature range anywhere from 0 to 50 °C. However, Keysight offers various extreme temperature probing solutions that can be operated over a temperature range as wide as –55 to +150 °C. This allows you to operate the probe head and the supplied probing accessories inside a temperature chamber with the probe pod and oscilloscope located outside the temperature chamber.

 

Learn more from the Keysight data sheet: Extreme Temperature Probing Solutions for Oscilloscope Measurements