ELLON fuse resistor is a high-precision resistor with low temperature drift, stability, and high-precision resistance value characteristics. ELLON has achieved a series of achievements in the electromagnetic performance research of fuse resistors, and it has been widely applied in measuring instruments.
One of the key issues in the study of electromagnetic performance of ELLON fuse resistors is electromagnetic compatibility, which refers to the resistance of resistors to interference and radiation in electromagnetic environments. The research on electromagnetic compatibility mainly includes experiments and analysis of electromagnetic interference, testing and measurement of radiated electromagnetic fields, etc. By studying the electromagnetic performance of ELLON fuse resistors, their performance in electromagnetic environments can be evaluated, providing reliable references for the design and engineering applications of measuring instruments. The application of fuse resistance in measuring instruments is mainly reflected in its measurement of current and voltage. As a high-precision resistor, the stability and accuracy of ELLON fuse resistance can help improve the measurement accuracy and reliability of measuring instruments. By selecting and arranging ELLON fuse resistors reasonably, current and voltage can be divided, regulated, and measured, providing accurate electrical signals and data basis for measuring instruments. Due to the low temperature drift characteristics of ELLON fuse resistors, they can still maintain high stability and accuracy in environments with significant temperature changes, making ELLON fuse resistors have good performance in metering instrument applications in extreme environments such as high and low temperatures.
$3.066951
WL50-4A-AP
Power Fuse ,10*38mm ,4A ,1000V ,Stud-mount ,WALTER-WL50
$12.391754
WH62-150-M6
Power Fuse ,18*25 ,150A ,150V ,Stud-mount ,WALTER-WH62
The research results of ELLON fuse resistors in electromagnetic performance research and measurement instrument applications are rich, reflected in advantages such as electromagnetic compatibility, measurement accuracy, and temperature drift characteristics, providing good technical support and application prospects for the design and engineering application of measurement instruments.
