This presentation explores real-world measurement challenges commonly faced when using vector network analyzers (VNAs)

Explore the Latest Vector Network Analyzers and Real-world Measurement Use Cases

Content

This presentation explores real-world measurement challenges commonly faced when using vector network analyzers (VNAs), such as complex test setups requiring multiple instruments, underutilized equipment, and aging systems with limited vendor support. We introduce Keysight’s latest Streamline Series USB VNA—a compact solution that delivers performance comparable to traditional benchtop VNAs. Through a series of practical use cases, we’ll demonstrate how the Streamline Series VNA overcomes key test challenges across a range of applications, making it an ideal upgrade path for legacy and existing benchtop network analysis solutions.

Time

July 30 (Wednesday) at 10:00 a.m. SGT

Presenters

Takuya Hirato

Senior Product Manager Keysight Technologies

Taku Hirato is a product manager for Keysight Technologies' Communication Solution Group. He has 24 years’ experience in measurement applications for vector network analyzers. Taku started his career in R&D at Agilent Technologies in 2001, designing RF & microwave circuits. Since 2007, he has been an application development engineer and product manager for Keysight vector network analyzers. Taku received a Bachelor degree and Master’s degree of applied physics at Tohoku University, Japan in 1999 and 2001 respectively.

Get Rewarded by Inviting Your Friends/Colleagues

Win a free Find My Device Tracker by sharing with your friends/colleagues:

Copy your unique referral link from the registration confirmation page.

Share the link with your friends or colleagues.

Receive a “Find My Device Tracker” when they register and join the webinar.

相关新闻

2026年10月15日 16時12分33秒

Toxic Gas Traps in Sewers & Tanks and The 3-Minute Rule

Confined space environments frequently accumulate hazardous gases originating from organic decomposition or long-term chemical reactions. Therefore, strictly adhering to the minimum 3-minute air testing procedure using a Portable Gas Detector is considered a mandatory safety requirement to protect workers' lives.

2026年10月15日 15時27分19秒

Why Can a Magnetic Stirrer Maintain a Low Speed of 30 RPM Without Jerking?

Deciphering motor mechanics, PID closed-loop control, and magnetic-coupling physics for suspended cell samples and shear-sensitive solutions.

2026年10月15日 15時14分42秒

Save 50% on Multiparameter Water Tester Sensor Replacement Costs

By mastering degradation mechanisms and implementing proper maintenance techniques, technicians can fully restore electrode sensitivity, ensuring stable equipment operation and significantly extending replacement cycles.

2026年10月15日 14時32分42秒

Upgrading Laboratory Heating Magnetic Stirrers: Temperature Precision, Heating Plate Materials, and Cleanroom Safety Standards

Many laboratories still rely on older-generation hotplates equipped with mechanical control knobs, the markings on which have long since faded. Technicians are often forced to stand by and constantly monitor temperatures; samples are frequently prone to localized overheating which compromises the accuracy of analytical results while the risk of spilled solvents seeping into the control circuitry poses a constant threat of equipment failure. In recent years, there have been significant advancements in microprocessor technology, heating plate materials, and magnetic stirring systems. This article addresses all technical questions to consider when evaluating the replacement of such equipment

2026年10月15日 13時53分21秒

Why Is Power Integrity More Than Decoupling Capacitors?

Power integrity requires more than applying simple decoupling-capacitor rules of thumb. As IC processes reach gigahertz levels, lower-speed circuitry also needs more careful consideration.

Explore the Latest Vector Network Analysers and Real-world Measurement Use Cases