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日時：12月11－13日（水ｰ金）10:00～17:00

場所：東京ビッグサイト https://www.bigsight.jp/visitor/access/

ブース位置：東1/2/3ホール #2022

このセミナーでは、正しい校正を行なうために必要な、基本的な校正の考え方についてまとめました。計測機器を適切に維持管理するためには、正しい校正の理解が必要となります。

• 初めて計測機器の校正管理に携わる方
• 計測機器の正しい校正方法を学びたい方

Do you know that Tektronix releases quarterly firmware updates for our beloved 4, 5 and 6 Series Mixed Signal Oscilloscope? We continuously gather your feedbacks and comments as we know that your measurement needs are ever-evolving. The firmware update will make sure that your voice and needs are taken care of.

Join this session and learn what are the latest addition that we have for your oscilloscope:
- New Features
- New Serial Bus Support
- New Applications
- Bug Fixes

Register today!

As battery-powered devices have become a staple of everyday life, battery performance has become a critical factor in device design. Due to the criticality of battery performance, along with the wide range of battery types, test and design engineers working with battery powered devices need a faster way to optimize their device’s performance and battery life.

When Keithley’s KickStart Software, and the KickStart Battery Simulator App is paired with the 2281S, battery model generation becomes simple. KickStart Software’s intuitive interface, model editing abilities, and battery model repository allow the test and design engineer to create battery models at different conditions and test their device against these various models quickly.

Join us for this live webinar to learn more on Keithley solution today!

Measurements and analysis on three-phase power systems are inherently more complex than on single-phase systems. Although oscilloscopes can capture voltage and current waveforms with high sample rates, further calculations are required to produce key power measurements from the data.

Learn how Inverter Motor and Drive Analysis (IMDA) software from Tektronix makes it easier than ever to perform three-phase analysis and correlation of control timing and power output characteristics on devices such as AC induction motors, permanent magnet synchronous motors (PMSM), and brushless DC (BLDC) motors. Sign up to watch on demand.

In the field of semiconductor material research and device testing, a crucial aspect is to determine the resistivity and Hall voltage of a given sample.

The Van der Pauw method is a widely used technique for assessing the resistivity. With the 4200A-SCS parametric analyzer, researchers can benefit from a built-in test module, eliminating the need for programming and automation, and enabling them to concentrate on comprehending the materials.

This webinar will provide insights into measuring resistivity and Hall voltage using the Van der Pauw method and how to conduct this test effortlessly by using the 4200A-SCS parametric analyzer.

Join us for this FREE webinar today!