Abstract: A simple method is developed for predicting discrete heat source temperatures on a finite convectively cooled substrate. The method is based on the principle of superposition using a single ...

Understand and code the R² metric (goodness of fit) in C++. A must-know concept for evaluating regression models. Opinion: Trump should push now for a convention of states to consider 3 new amendments ...

An improved passive wireless sensor is presented for ultra-high temperature environments, utilizing a folded Complementary Split-Ring Resonator (CSRR) structure. A dedicated back-end circuit ...

With the trend toward miniaturization, temperature effects in power electronics are more pronounced than ever. If you’re dealing with temperature fluctuations in your circuit, you may need a ...

A negative temperature coefficient (NTC) refers to any physical value that decreases as the temperature increases or vice versa. In electronics, NTC usually refers to a material’s decreasing ...

This post is a peek into the Beta and Steinhart-Hart equations for representing the resistance vs. temperature relationship in NTC thermistors. As defined by IEC 60539, NTC (Negative Temperature ...

Which sets the simulation temperature to 12°C, for all electronic components. Transistor Q1, within its internal model, contains many parameters for thermal management, and they take into account the ...

An ambitious effort to understand the Earth’s climate over the past 485 million years has revealed a history of wild shifts and far hotter temperatures than scientists previously realized — offering a ...

Abstract: Monitoring various internal parameters plays a core role in ensuring the safety of lithium-ion batteries in power supply applications. It also influences the sustainability effect and online ...

In a recent study published in the journal Scientific Reports, researchers used self-reports and wearable sensors to investigate the relationship between body temperature and depression, examining ...