Watch Now

Work Email

First Name

Last Name

Company Name

Country

State

City

Phone Number - optional

Product Family

Industry

Purchasing Timeframe

I have read Anritsu's privacy policy

Opt-in To Future Emails

Thank you!

Error - something went wrong!

VNA Fundamentals Part II_ Calibration and Accuracy

Webinar Overview

Join Anritsu for Part II of VNA Fundamentals demonstrating advanced measurements that go beyond the traditional S-Parameters.

You will learn:

Importance of user calibration
Different calibration methods available
Calibration methods paired with instrument specifications determine measurement accuracies of the VNA

Presenter Bio:

Arno Pettai - Field Applications Engineer

Arno has 35 years’ experience in the RF and microwave industry.

Prior to Anritsu, he held various positions in product development, operations, and applications engineering at companies involved in commercial satellite communications and defense electronics. Arno earned his BSEE from Rensselaer Polytechnic Institute, Troy, NY, and his MSEE from the University of Southern California, Los Angeles, CA.

Previous Video

IMD Measurement on a 70 GHz VectorStar

Webinar Overview VectorStar provides a wide range of active device characterization including the highest ...

Next Video

VNA Fundamentals Part I_ Architecture and Measurements

This webinar covers the fundamentals of the Vector Network Analyzer (VNA), one of the most versatile and fl...

VNA Fundamentals Part II_ Calibration and Accuracy

Previous Video

Next Video

Other content in this Stream

The promising business case, the demands of the sophisticated applications and services of Private 5G trigger a growing need for understanding the testing requirements of deploying such networks.

This panel addresses the challenges to design and testing of Wi-Fi 6E devices

IoT is expected to see widespread adoption in a variety of applications, including smart homes and buildings, manufacturing and industrial plants, healthcare, safety and security, transport, and more.

5G New Radio (NR) has been evolving quickly ever since the 3GPP standardized the first NR release (Release 15) in mid-2018.

This 20-minute video provides a simple explanation of wireless LAN technology standards, including Wi-Fi 6.

For those developing Bluetooth devices, understanding the technology, the advancements and how to test is critical to improving quality and customer experience, as well as mitigating potential problem

WLAN is a cable-less technology for data communications typically using Ethernet over a local area

IoT can be described as the “wild west” of the RF world as it is an expanding frontier with a diverse array of technologies and multiple standards from different organizations, bringing challenges for

IoT Evolution On Demand Webinar

Overview The release of Wi-Fi 6 certification and the introduction of 6 GHz (Wi-Fi 6E) are bringing forth significant changes and remarkable improvements across the wireless landscape. Join this webin

Multiple standards, multiple devices, and multiple use cases. Wireless connectivity continues to evolve in its deployment for autonomous vehicles. In this session, Anritsu will summarize some of the k

Vehicle to Everything" (V2X) is an umbrella term for the communication technology that connects vehicles directly with other vehicles, roadside infrastructure, and pedestrians via low-latency, high-re

Watch this webinar to learn about Automotive technology and testing in Telematics, Infotainment and ADAS, including 5G/cellular, server applications, connectivity, eCall, V2X, and more

Webinar Overview Efficient Functional Testing of TCUs with a Cellular Network Simulator Testing of Telematics Control Units (TCUs) is an important step in bringing quality products/services to market

Anritsu and dSPACE team up for an informative webinar covering V2X and 5G. dSPACE: Getting Fit for Cooperative Automated Driving • V2X challenges beyond day one – when automated vehicles meet connec

This webinar will provide an overview of the methods for solving some of the new test and measurement receiver challenges for PCIE® 5.0 at 32.0 GT/s.