Product Overview

The Keysight 1132B InfiniiMax differential probe is a high-performance probe designed for use with oscilloscopes. It offers a bandwidth of 5 GHz, a single-ended input impedance of 10:1, and a differential input impedance of 20:1. The probe is also equipped with a variety of features that make it easy to use, including a built-in LED light, a ground reference indicator, and a probe tip that can be adjusted to accommodate different test points.

Features and Specifications

Bandwidth: 5 GHz
Input impedance: 10:1 single-ended, 20:1 differential
Probe tip: Adjustable
Built-in LED light
Ground reference indicator
Probe compensation: Automatic
Probe attenuation: 10:1
Probe length: 1.5 m
Weight: 0.5 kg

Keysight 1132B InfiniiMax differential probe
Probe tip
Ground reference lead
Probe compensation tool
User manual

Benefits

High bandwidth: The 5 GHz bandwidth of the Keysight 1132B InfiniiMax differential probe makes it ideal for use with high-speed oscilloscopes.
High input impedance: The 10:1 single-ended and 20:1 differential input impedance of the probe minimizes loading on the circuit under test.
Easy to use: The built-in LED light, ground reference indicator, and adjustable probe tip make the Keysight 1132B InfiniiMax differential probe easy to use.
Value: The Keysight 1132B InfiniiMax differential probe is a high-quality probe that offers excellent performance at a reasonable price.

Value to the Customer

The Keysight 1132B InfiniiMax differential probe is a valuable tool for engineers and technicians who need to measure high-speed signals. The probe’s high bandwidth, high input impedance, and ease of use make it an ideal choice for a variety of applications, including:

Debugging high-speed circuits
Characterizing high-speed signals
Measuring jitter and other timing parameters
Testing high-speed components

Product Overview

The Keysight 1131B InfiniiMax differential probe is a high-performance probe designed for use with oscilloscopes. It offers a bandwidth of 3.5 GHz and a single-ended input impedance of 10:1. The 1131B is ideal for making differential measurements on high-speed signals.

Features and Specifications

Bandwidth: 3.5 GHz
Input impedance: 10:1
Differential input range: ±1.5 V
Common mode input range: ±10 V
Probe tip spacing: 1.5 mm
Probe length: 1.5 m
Weight: 0.5 kg

Keysight 1131B InfiniiMax differential probe
Probe tip accessories
User manual

Benefits

High bandwidth for accurate measurements on high-speed signals
Low input capacitance for minimal loading on the circuit under test
Differential input mode for measuring the difference between two signals
Common mode rejection ratio for rejecting common mode noise
* Compact and lightweight design for easy handling

Value

The Keysight 1131B InfiniiMax differential probe is a valuable tool for engineers and technicians who need to make accurate measurements on high-speed signals. It offers a combination of high performance, versatility, and ease of use that makes it an ideal choice for a wide range of applications.

Product Overview

The Keysight 1134B InfiniiMax differential probe is a high-performance probe designed for use with oscilloscopes. It offers a bandwidth of 7 GHz and a single-ended input impedance of 10:1. The 1134B is ideal for making differential measurements on high-speed signals.

Features and Specifications

Bandwidth: 7 GHz
Input impedance: 10:1
Differential input range: ±1.5 V
Common mode input range: ±10 V
Maximum input voltage: ±15 V
Probe attenuation: 10:1
Probe length: 12 inches
Weight: 4 ounces

What’s in the Box

Keysight 1134B InfiniiMax differential probe
Ground lead
Probe tip
Carrying case

Benefits

High bandwidth for accurate measurements on high-speed signals
Low input capacitance for minimal loading on the circuit under test
Differential input mode for measuring the difference between two signals
Common mode rejection ratio of >80 dB for rejecting common mode noise
* Compact and lightweight design for easy handling

Value

The Keysight 1134B InfiniiMax differential probe is a valuable tool for engineers and technicians who need to make accurate measurements on high-speed signals. It offers a combination of high performance, versatility, and ease of use that makes it an ideal choice for a wide range of applications.