Search results for: 'applications area'

Electromagnetic Interference (EMI) And Electromagnetic Compatibility (EMC) Simplified, accurate, affordable Making conducted and radiated emissions measurements Did you know that 50% of projects fail EMI/EMC testing the first time? Intertek Testing Services reports that roughly half of products fail the initial EMC test due to a failure to apply EMC principles, lack of EMC/EMI knowledge, incorrect applications of EMC regulations, unpredicted interactions among circuit elements, or inco...

Cooled vs Uncooled: The Right Camera For The Job In this article, we will be exploring the differences between a cooled and uncooled thermal camera, highlighting each camera's benefits, drawbacks and unique workplace applications to help you choose the right camera for your needs. What is a Cooled Camera?  Cooled Cameras are thermal imaging sensors that include an integrated cryocooler, a device that decreases the sensor temperature to cryogenic levels (-150°C to -273&...

Mastering Noise in Circuit Design: A Precision Approach In real-world circuits, noise is an ever-present challenge, affecting signals from input to output. Designers grapple with overcoming noise issues arising from power input, internal circuit pathways, and signal output. To tackle this, designers simulate noise output using signal generators to assess the Device Under Test's (DUT) noise tolerance. For instance, in switch mode power supplies (SMPS), the conversion of city power into requ...

Unleashing Precision: Advanced Thermal Imaging Cameras for Every Application For decades, thermal imaging cameras have stood as indispensable tools, championed by scientists, researchers, and R&D specialists across multifarious domains. Their applications span the vast landscape of industrial R&D, academics, non-destructive testing (NDT), materials testing, and defence and aerospace. Yet, in this diverse tapestry of uses, one truth remains: not all thermal cameras are crafted with the...