Infrared Thermometry: Non-Contact Temperature Measurement Basics
Understand infrared thermometry, including non-contact temperature measurement, emissivity, measuring distance, accuracy limits, and common applications.
Category: Library
A reference collection covering motors, inverters, windings, materials, electromagnetic devices, environmental topics, and electrical engineering concepts.
Thermistors: Working Principle, Types and Temperature Sensing Uses
Explore thermistor basics, including NTC and PTC behavior, resistance-temperature response, circuit use, and practical temperature sensing applications.
Choosing Cooling Systems for Transformers in Hot Environments
Learn how hot environments affect transformer cooling and how to choose heat sinks, fans, oil cooling, and other systems for temperature stability.
Motor Vibration Control Techniques: Common Methods and Applications
Review common motor vibration control techniques, including balancing, damping, isolation, structural optimization, and operating-condition adjustments.
Reducing Electromagnetic Noise and Vibration in Electrical Equipment
Review practical ways to reduce electromagnetic noise and vibration through shielding, grounding, structure design, material selection, and operating control.
Magnetic Field Saturation in Motors: Causes and Effects
Understand magnetic field saturation in motors, why flux no longer increases linearly, and how saturation affects efficiency, torque, heat, and design.
Wave and Series-Parallel Windings: Suitable Motor Types
Learn which motor types can use wave windings and series-parallel windings, and how winding choice affects current, torque, speed, and performance.
Type 4 Power Inverter: Function and Application Areas
Learn how a Type 4 power inverter converts DC to AC and where inverter technology is used in electrical and electronic systems.
How to Reduce the Likelihood of Motor Overheating
Learn how motor design, load control, cooling, insulation, and monitoring can reduce the risk of overheating in electric motors.
Optimizing Structure-Borne and Air-Borne Noise in Motors
Learn how motor structure-borne and air-borne noise are generated and how insulation, damping, vibration isolation, and source control reduce noise.