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Electronics Manufacturing

How Can a VNA Measure Passive Component Impedance?
10/14/2026 09:45:35

A vector network analyzer can help characterize passive components, but measurement accuracy depends on the impedance range and method used. A grounded-end approach with port extension and an R + jX marker may have significant error outside a narrow range.

Unlocking the Hidden Technology in Bosch Laser Distance Meters
10/12/2026 11:11:31

The Bosch GLM laser distance meter series has long been a staple on construction sites and in manufacturing workshops. Mastering these hidden features optimizes construction schedules and significantly reduces manual operational errors.

How Does 2-Port Shunt-Through Measure Ultra-Low Impedance?
10/12/2026 10:07:03

The 2-port shunt-through technique is used for milliohm impedance measurements at very high frequencies. Ground loops from instrument grounds and test cabling can introduce major error; the Picotest J2102A is used as a ground-loop breaker for measurements down to 20 micro-ohms.

How Do Advanced Probes Support Power Integrity Testing?
10/12/2026 10:06:31

Power-hungry AI accelerators and other high-performance chips increase the relevance of power integrity testing. Key topics include voltage regulator modules, PDN impedance measurement, and reducing the effect of probe ground-loop resistance with a low-noise isolator.

5 Little-Known Outdoor Error Sources of Laser Distance Meters
10/10/2026 11:23:17

Laser distance meters typically achieve millimeter-level accuracy indoors, but errors immediately appear when used on a blazing construction site. The root of the issue lies deep within the physical and optical mechanisms operating inside the device

Advantages of Lead-Free Soldering Stations
10/09/2026 14:45:40

Lead-free soldering stations provide fast, stable heating to meet stringent quality and durability requirements across industries such as aerospace, medical devices, and automotive electronics. They also help protect operators' health and reduce environmental pollution.

Why is a Vector Network Analyzer needed for a PDN source?
10/09/2026 13:43:35

Power Distribution Network design can be affected by noise, instability, and inappropriate capacitor selection. Vector Network Analyzers help identify potential PDN issues from early design through development.

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