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～注目の規格と最新の計測手法を徹底解説～
さまざまな産業分野で幅広く使われる汎用通信の規格、および高速伝送路の計測手法について、厳選した４セッションを再配信いたします。規格の技術動向および計測課題に応えるテスト・ソリューションをご紹介します。

Accurately measuring low voltages presents a formidable hurdle, as a multitude of noise sources and unexpected influences can easily distort the readings.

This webinar delves into the intricacies of low-level voltage measurement, equipping you with the knowledge and techniques to combat these challenges and achieve accurate results.

Join us to unlock the secrets of precise low-level voltage measurement, empowering you to conquer noise, thermoelectric effects, and confidently navigate the world of tiny voltages! Register today!

Several error sources can significantly impact the accuracy of low current measurements. Improper connection of the ammeter, for instance, can introduce measurement errors. Additionally, the ammeter's voltage burden and input bias current can influence measurement accuracy.

The source resistance of the device under test plays a role in the noise performance of a feedback ammeter. External error sources, such as leakage current from cables and fixtures, further underscore the importance of selecting the appropriate cable for low current measurements. Ensuring the right cable choice is critical to guarantee precise and dependable readings.

Join us in this webinar where we'll delve into the intricacies of low current measurements, exploring practical solutions and best practices to enhance accuracy.

Don't miss this opportunity to deepen your understanding and optimize your measurement processes. Register today!

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。

■ 対象者

• 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

■ 所要時間　35分

テクトロニクス最新型２シリーズ・オシロスコープを使った初心者向けのオシロスコープ入門セミナです。
オシロスコープ使用にあたって覚えておくべき基本項目について説明します。
プローブ補正、トリガ設定、自動測定など、前編／後編で解説します。
間違った操作の防ぎ方、オシロスコープの使用における誤解など基本にして必須の知識をご説明します。

オシロスコープ入門 前編 【所要時間：47分】
オシロスコープ入門 後編 【所要時間：54分】

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.

４回にわたってソースメータ(SMU)による試験効率化の方法を徹底解説ソースメータ（SMU）とは？
車載Ethernet 電源やマルチメータと何が違う？皆様からよく頂くご質問にお答えし、SMUの基礎から測定実例や応用アプリケーションなどを交えた入門セミナがオンデマンドでご視聴いただけます。 より深くご理解頂くために、４回にわたって、仕組みから様々な測定事例までSMUによる試験効率化の方法を徹底解説しています。ぜひご視聴ください。

• 実機デモで比較解説 ー SMUのDC電源／電子負荷性能について
• SMUの仕組みとよく使われる機能のご紹介
• SMUを使った代表的な測定事例のご紹介
• ソフトウェアを使ったSMUの自動計測事例