Sentence examples for radiated measurement from inspiring English sources

First, origins of parasitic emissions are presented for CMOS circuits, and electromagnetic compatibility (EMC) measurements of IC emissions are detailed: a radiated measurement method with respect to the IEC61967-2 standard and a conducted one with respect to the IEC61967-4 standard.

Radiation measurements were taken.

This study presents a method of using acoustic holography and the force analysis technique to identify vibration sources from radiated noise measurements.

The paper illustrates the possibilities and limitations of the use of inverse methods in the deduction of acoustic source strength from radiated field measurements.

The primary goal of this study was to develop a method for quantifying the acoustic transfer function for this general class of system using radiated sound measurements.

The results support the concept of radiated temperature measurements of groups of animals by IRT as a screening tool for febrile diseases in pig barns.

Using the 2.5D methods, we study the wheel rotation speed influences on the factors including the vertical receptance of the wheel at wheel rail contact point, sound pressure level at a pre-defined standard measurement point, radiated sound power level, directivity of the radiation, and contribution of each part of the wheel.

This paper details the radiated noise and direct measurement of the unsteady upwash correlation in the rotating frame of a 10-bladed, 457 mm diameter rotor immersed in planar wall boundary layers of different thickness at non-thrusting and thrusting advance ratios.

Measurement of radiated temperature of groups of animals by infrared thermography (IRT) is an essential component of such a system.

The present study provides proof of concept that measurement of radiated temperature of groups of animals rather than individuals may provide a detection system for febrile responses.

In the above examples, measurements of radiated temperatures were made on individual animals.