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Highlights

Advanced Measurement Capabilities in a Compact Box

The Keysight E5061B addresses a broad range of measurement needs of electronic components and circuits from low to high frequencies. The E5061B is the ideal solution for applications in industries such as wireless communications, aerospace and defense, computer, medical, automotive, CATV, plus many more. 

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Key Specifications

Download Data Sheet
Number of Built-In Ports
2 ports
Maximum Frequency
3 GHz
Number of Internal Sources
1 source
VNA Series
ENA
VNA Type
Benchtop
Number of Built-In Ports
Maximum Frequency
Number of Internal Sources
VNA Series
VNA Type
2 ports
3 GHz
1 source
ENA
Benchtop
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Applications:
S-Parameters
Distance-To-Fault
Return Loss
Insertion Loss/Gain
LF Circuits (5 Hz)
Best Speed at 201 Point, 1 Sweep:
9 ms
Components:
Cables
Amplifiers
Resonators
DC-DC Converters/PDNs
Antenna/Coil/RFIDs
Filters
LCR Components
Dynamic Range:
120 dB
Form Factor:
Benchtop
Instrument Type:
Benchtop
Maximum Frequency:
3 GHz
Number of Built-In Ports:
2 ports
Number of Internal Sources:
1 source
Output Power:
10 dBm
Trace Noise:
0.005 dB rms
Type:
Benchtop
VNA Series:
ENA
VNA Type:
Benchtop

E5061B Free Software Trials

Network analyzer software tools enable you to investigate, characterize, and troubleshoot your designs in a variety of measurement applications. Simplify complex measurements on your E5061B with software applications such as wireless power transfer analysis, time domain analysis, and more.

E5061B-010 Time Domain/Fault Location Analysis

Locate discontinuities and mismatches in cables and connectors in the time domain.

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E5061B-005 Impedance Analysis

Enables the analyzer to measure impedance parameters of electronic components such as capacitors, inductors, and resonators.

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E5061B-006 Wireless Power Transfer Analysis

Measure Wireless Power Transfer (WPT) efficiency between coils or resonators in real-time with arbitrary load impedance setting.  

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Featured Resources

Application Notes 2022.08.10

Understanding the Fundamental Principles of Vector Network Analysis

Understanding the Fundamental Principles of Vector Network Analysis

In this application note, the fundamental principles of vector network analysis will be reviewed. The discussion includes the common parameters that can be measured, including the concept of scattering parameters (S-parameters). RF fundamentals such as transmission lines and the Smith chart will also be reviewed.

2022.08.10

Flyers 2016.05.24

Keysight Calibration. Get Better Results

Keysight Calibration. Get Better Results

Keysight Services help you improve operational performance, reduce complexity, and lower costs as this case study about an aerospace defense contractor illustrates.

2016.05.24

Technical Overviews 2017.11.30

E5061B Network Analyzer Technical Overview

E5061B Network Analyzer Technical Overview

This literature introduces the features, applications, and key specifications of the E5061B. It will be the most helpful literature for the customers who are interested in the E5061B.

2017.11.30

Data Sheets 2022.05.12

E5061B ENA Vector Network Analyzer

E5061B ENA Vector Network Analyzer

This literature is a data sheet of the E5061B. It describes the technical specifications of the E5061B.

2022.05.12

Configuration Guides 2018.07.31

E5061B ENA Vector Network Analyzer

E5061B ENA Vector Network Analyzer

This literature guides the customers through configuring the E5061B when they plan to purchase it. It contains the information on options, accessories, and services available with the E5061B.

2018.07.31

Application Notes 2022.07.13

Network Analyzer Dynamic Range - Understanding and Improving

Network Analyzer Dynamic Range - Understanding and Improving

5G Channel Emulation

2022.07.13

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E5061B ENA network analyzer

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