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Testing

Importance of Traceability in EMI Measurements

This article will introduce the concept of traceability, discuss the role an EMC test laboratory must assume to ensure traceability of test results and will introduce a future amendment to CISPR 16-1-1 which describes the requirements for calibration of EMI receivers and spectrum analyzers.

Radiated Emission Measurements in the Semi-Anechoic Chamber at 3, 5, and 10 m Distance: Results and Empirical Estimates

Radiated emission (RE) measurements in the frequency range 30 … 1000 MHz are usually...

Theory of Equipment Grounding Impedance

Values for grounding impedance appear in many standards, including UL 478 and 1244, CSA...

AR and MVG Sign Memorandum of Agreement to Provide Turnkey Solutions

With this agreement, both AR (Amplifier Research) and MVG (Microwave Vision Group) offer a...

Pulse Immunity of Microprocessors/Microcontrollers

Comparatively simple measures can be taken to enhance EMC if a circuit is to...
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The Hi-pot Test

The hi-pot test is another safety subject of which few of us feel comfortable...

(More) On Field-To-Wire Coupling Versus Conducted Injection Techniques

Investigating a Significant Discrepancy in Modern Bulk Cable Injection Test Methods   In the 1990s, bulk...

Electromagnetic Simulation Applied to Automotive EMC Testing

The process of designing and testing vehicles for EMC compliance can be long and expensive. Electromagnetic simulation allows potential compliance issues to be identified early in the development process, before the construction of prototypes. However, it is desirable that the simulation is able to model the test setup accurately. In this article we look at the set-up of a virtual EMC test chamber using a commercially available software and compare the simulated results to measurements from a General Motors automotive EMC test.

Medical Devices in a Wireless World

What you need to know about medical device manufacturing, wireless technologies and compliance.

Fundamentals of Electrostatic Discharge – Part Five: Device Sensitivity and Testing

The models and test procedures used to characterize, determine, and classify the sensitivity of components to ESD.
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