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September

02 Sep 2020

10:00 AM PDT/ 1:00 PM EDT

Charge Discovery: Faster Charging with Higher Power

Both development and increased sales of electric vehicles (EV) and plug-in hybrid electric vehicles (PHEV) depend on the expansion and utilization of the charging infrastructure and electric vehicle supply equipment (EVSE). Due to the relatively recent standards and the resulting lack of experience in the field, faults in the interaction of EV and EVSE can be observed frequently.

The Scienlab Charging Discovery System – High-Power Series (HP CDS) from Keysight is a modular solution for conformance and interoperability testing of EVs and EVSE high-power charging interfaces with up to 1,500 V DC and ±600 A DC. Thanks to its modular design, the HP CDS can be configured to customers’ specific needs for testing and validating the charging interface of electric vehicles and charging infrastructures.

  • Basics of Charging Conformance & Certification Testing of EV/EVSE Charging Interfaces
  • Keysight Charging Discovery System – High Power (HP CDS)
  • Interoperability Testing Configurations
  • Challenges of High Power Testing and Charging

 

08 Sep 2020

10:00 AM PDT/ 1:00 PM EDT

Session I: V2X Access Layer Developments Virtual Seminar

Vehicle-to-Everything (V2X) Test Series

V2X and the two competing technologies are rapidly evolving, but the underlying goals remain largely the same. Once fully deployed, V2X will extend situational awareness beyond what sensors can perceive alone. Non-line-of-sight (NLOS) situations, traffic cooperation, signal phase, and timing are just a few of the user experience improvements V2X will provide. All of these will improve safety and efficiency, and help enable higher SAE Levels of Driving Automation.

This virtual seminar series will include Qualcomm and the OmniAir Consortium and provide insights into V2X technologies, how they are tested, and how they will contribute to the autonomous vehicle.

Session I: V2X Access Layer Developments
•    What is V2X?
•    What is the latest with DSRC and C-V2X? (How are they different?)
•    Industry Trends
•    What does Release 16 add or change?

 

09 Sep 2020

10:00 AM PT/ 1:00 PM ET

Challenges and Solutions of Advanced Automotive RADAR System Design

Keysight Technologies

From blind-spot detection and parking assistance to adaptive cruise control and automatic emergency braking system, automotive radar is now an indispensable part of Advanced Driver Assistance Systems (ADAS) and autonomous driving systems. With the advent of imaging radars, this enhanced accuracy is essential to verifying mission-critical functionality and performance.

This presentation will demonstrate advanced automotive radar system modeling techniques including:

  • multiple transmit and receive antennas
  • detailed MMIC modeling
  • impact of noise, impedance mismatch, and more.

You will also see how the addition of an integrated SBR Ray Tracing simulation engine models automotive radar scenarios with greater accuracy than previously possible.

 

10 Sep 2020

10:00 AM PT/ 1:00 PM ET

Deb and Brad Share the Most Interesting IoT Questions in the World

Keysight’s Deb and Brad have received all sorts of great customer questions while putting together the IoT Tech Talks. Some of the questions have been especially memorable and insightful. Join Deb and Brad as they discuss some of the most interesting IoT questions – Cybersecurity, Battery Life, and the social implications of IoT. While you’re at it, continue to ask any questions you might have, on all things IoT.

Check out all of our IoT webinarsIoT information all day everyday.

 

16 Sep 2020

10:00 AM PT/ 1:00 PM ET

Steps to Optimize Both Speed and Accuracy with Your DMM

Keysight Technologies

A typical trade-off when using your digital multimeter (DMM) is between measurement accuracy and speed. The faster you want to take measurements, the more your measurement accuracy diminishes due to implications around switching time, settling time, signal measurement time, and more.  This webinar discusses how to get the most accurate test results while optimizing measurement speed, including eliminating extraneous data collection and post-processing work.  Learn how you can use the many features in a modern DMM to accomplish your measurement tasks by:

  •  Choosing your hardware setups and configurations to obtain reliable test results
    •    Discovering modern DMM features that improve your measurement accuracy while optimizing speed
    •    Understanding how PC DMM software applications enhance your test process productivity and measurement insights

 

This is part of our Keysight Engineering Education Webinar Series

 

Sep 16, 2020

10:00 AM PT/ 1:00 PM ET

IoT in Action-Continuity: Your Battery’s Data Sheet is Accurate, BUT . . .

Battery life and battery capacity.  Battery capacity may not be a relevant metric.

So how can you predict battery life? Keysight’s Brad Jolly has spent a lot of time understanding and analyzing battery life for IoT devices. He will share how to better estimate battery life and how to make your design choices to improve it.

Brad will be joined by Edwin Hoh to share how you can improve battery life by making better design choices.

Join us to learn more.

 

This is part of our Keysight Engineering Education Webinar Series

 

17 Sep 2020

10:00 AM PT/ 1:00 PM ET

New Technologies for SI & PI Simulation in PathWave ADS 2021

Keysight is delighted to invite you to a fast-paced expert panel session, where application engineers and product owners will give you lightning-fast demos of the best new technologies in PathWave ADS 2021 for Signal Integrity and Power Integrity.  If you have an interest in DDR memory design, high-speed via design, electro-optical systems or power-integrity, then this is an event not to miss.  This interactive session will be chaired in the entertaining style of Mr. Tim Wang-Lee, whose sole mission will be to keep the session light, fun, and above all… educaSIonal!  (No really it will be educational…that’s no joke!)

 

29 Sep 2020

10:00 AM PT/ 1:00 PM ET

Probe Architecture and Techniques

This webcast covers the fundamentals of oscilloscope probes and probing. Common concerns such as offset compensation, signal compression, and single-ended versus differential probes will be explained.  The features and benefits of both passive and active probes will be compared.  Specialized probing solutions for high-power applications, current measurement, and high-temperature probing will also be covered.  If you are an engineer or technician who frequently uses oscilloscopes and wants to use oscilloscope probes more efficiently, then you should attend this webcast.

October

01 Oct 2020

10:00 AM PT/ 1:00 PM ET

Everything High Frequency Circuit Designers Need to Know About Stability Analysis

High-frequency circuit designers often struggle with stability. Learn techniques to identify and solve stability problems in the design phase before they become headaches in the lab. Classical methodologies will be discussed, and a unique approach will be introduced using a new bidirectional impedance probe in PathWave Advanced Design System (ADS) called the “Winslow Probe”.

 

06 Oct 2020

10:00 AM PT/ 1:00 PM ET

Understanding Oscilloscope Specifications using Keysight InfiniiVision Oscilloscopes

When evaluating oscilloscopes, understanding, and comparing the various specifications and operating characteristics of oscilloscopes from different vendors can be a daunting task. Which ones are important and which ones are so important? How much bandwidth do I need to test and debug my signals? Are higher sample rates and more bits of resolution always better? During this virtual seminar, we will answer these questions along with many others you may have concerning oscilloscope specifications.

 

 

14 Oct 2020

10:00 AM PT/ 1:00 PM ET

IoT in Action-Continuity: One Simple Tip for Better Battery Life Estimation

IoT device designers have a difficult job.  Understanding the interactions of the various functions on the device is critical to ensuring a successful product launch into the marketplace.  Voltage and current are key measurements needed to understand your device’s battery life, but how charge consumption varies by voltage can be difficult to analyze. Keysight’s Brad Jolly continues to find ways to help designers make the best choices possible.  Brad will be joined by Barry Scott to demonstrate a method for improving on the traditional estimation method. This is a simple technique you won’t want to miss.

Register now!

 

This is part of our Keysight Engineering Education Webinar Series

 

20 Oct 2020

10:00 AM PT/ 1:00 PM ET

Session II: V2X Protocol Stack Testing

Vehicle -to-Everything (V2X) Test Series

V2X and the two competing technologies are rapidly evolving, but the underlying goals remain largely the same. Once fully deployed, V2X will extend situational awareness beyond what sensors can perceive alone. Non-line-of-sight (NLOS) situations, traffic cooperation, signal phase, and timing are just a few of the user experience improvements V2X will provide. All of these will improve safety and efficiency, and help enable higher SAE Levels of Driving Automation.

This virtual seminar series will include Qualcomm and the OmniAir Consortium and provide insights into V2X technologies, how they are tested, and how they will contribute to the autonomous vehicle.

Session II:  V2X Protocol Stack Testing
•    The ITS Stack
•    How is it Different Between DSRC and C-V2X?
•    How is it Tested?

 

21 Oct 2020

10:00 AM PT/ 1:00 PM ET

How to Ensure C-V2X Functional Performance and Pass 2020 Conformance

Cellular Vehicle-to-Everything (C-V2X) allows vehicles to communicate directly without the need for a subscriber identification module (SIM), cloud-based networks, or multi-access edge computing (MEC).

China is adopting C-V2X technology with a rollout in vehicles expected in 2020. The US and Europe are currently considering adoption. Original equipment manufacturers (OEMs) and their supply chains must understand the technology and capabilities fully.

This webinar gives you an overview of the C-V2X technology offered by the 3GPP releases: R14, R15, R16, and beyond. Hear about the latest global standards and how to test your devices to ensure the best performance.
This is part of our Keysight Engineering Education Webinar Series

 

27 Oct 2020

10:00 AM PT/ 1:00 PM ET

Digital Oscilloscopes 101

Selecting the right oscilloscope to meet your testing needs is not always easy or obvious.  Common concerns are:

  • How much bandwidth do I need to capture the rise and fall times of my waveforms?
  • What sampling rate do I need to avoid aliasing my waveforms?
  • How much memory depth do I need?
  • What is the waveform update rate and why is it important?
  • What advanced triggering features should I look for in a scope?

The presentation will cover these and other critical features you need to consider when choosing an oscilloscope.  Whether you are a current user or are considering upgrading to a newer oscilloscope, you would benefit from attending this webcast.

 

29 Oct 2020

10:00 AM PT/ 1:00 PM ET

Jitter Analysis using Keysight InfiniiVision Oscilloscopes

To many engineer’s jitter analysis is a science. Instantaneous jitter is often defined as the time interval error (TIE) of edge transition locations of serial digital signals relative to their ideal locations. The ideal locations of edge transitions are typically based on a software-recovered clock. There can be random components of timing errors as well as deterministic components of error. There can also be different methods of viewing jitter that can provide insight into the root cause of jitter including jitter trend waveforms, probability distribution functions (statistical plots), as well as jitter spectrum views. Attend this virtual seminar to learn about jitter and how to perform jitter analysis using a Keysight InfiniiVision oscilloscope.

 

November

03 Nov 2020

10:00 AM PT/ 1:00 PM ET

Session III: C-V2X Application Layer Testing

Vehicle-to-Everything (V2X) Test Series

V2X and the two competing technologies are rapidly evolving, but the underlying goals remain largely the same. Once fully deployed, V2X will extend situational awareness beyond what sensors can perceive alone. Non-line-of-sight (NLOS) situations, traffic cooperation, signal phase, and timing are just a few of the user experience improvements V2X will provide. All of these will improve safety and efficiency, and help enable higher SAE Levels of Driving Automation.

This virtual seminar series will include Qualcomm and the OmniAir Consortium and provide insights into V2X technologies, how they are tested, and how they will contribute to the autonomous vehicle.

Session III:  C-V2X Application Layer Testing
•    Day 1 Use Cases and Scenario Testing
•    Testing C-V2X in a HIL Environment

 

 

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