California Proposition 65 requires #electronics manufacturers to disclose the presence of certain chemicals in their final products. Learn how the legislation came about — https://t.co/06Ch1aguFz
#Compliance#CSR#Prop65
In a standard measuring CT, simply looping the primary conductor around the core will reduce the turns ratio and enable a higher-rated current transformer to measure lower currents. Learn more — https://t.co/0oXzslrTDm
#ElectricalEngineering#CurrentTransformer#CT#Magnetics
Medical-grade toroidal transformers can be labor-intensive to produce. This segmented core cap design can reduce manufacturing time and improve other key specs. Find out how — https://t.co/KhW4uYShW4
#MedicalDevice#HealthTech#ElectricalEngineering#DesignEngineering
A metering current transformer is designed to measure current continuously and work accurately within the rated current range. Learn about other types of CTs here >> https://t.co/0oXzslrTDm
#ElectricalEngineering#CurrentTransformer#CT
PFAS are a large, complex group of synthetic chemicals used in #electronics manufacturing and a wide range of other applications. Follow along as we explore their background and potential risks — https://t.co/mPYvtEomws
#Manufacturing#CSR#Compliance
Gate drive transformers are designed to keep leakage inductance and distributed capacitance extremely low to improve overall performance of the circuit. Read more about them here — https://t.co/FkQgchvvQ5
#PowerElectronics#PowerMagnetics#DesignEngineering
Every piece of medical electrical equipment produces leakage current. Learn how engineers manage this issue to ensure patient and operator safety — https://t.co/ZDReHGqreg
#ElectricalEngineering#MedicalDevice#HealthTech
Despite various floating-channel MOSFET/IGBT driver ICs being available, a transformer-coupled gate drive is still the better option for high-power applications. Read more — https://t.co/Zf5h3NIiwU
#PowerElectronics#PowerMagnetics#ElectricalEngineering
Some low-cost manufacturers use low-grade steel for their transformer cores resulting in lower reliability and performance. Learn what makes a good toroidal core — https://t.co/D5ktWejUvZ
#ElectricalEngineering#Magnetics#DesignEngineering
EU buyers can now use the SCIP database to access information on substances of very high concern in products. Learn how #electronics companies must report information to the database to be in compliance — https://t.co/QieRqyVlJS
#Compliance#Manufacturing#CSR
Industrial #EVCharging is a rapidly growing application area, and Talema makes a range of popular CTs for this category. Find the best match for your EV application here — https://t.co/04Bc1B6mv2
#ElectricalEngineering#CurrentTransformer#CT
Designing magnetic components for SMPS requires careful attention to several parameters. Follow these 12 steps to ensure a successful design — https://t.co/4HXEsBpQaO
#PowerElectronics#PowerMagnetics#DesignEngineering
In high-quality audio distribution systems, line-matching transformers will generally be toroidal transformers with a very wide bandwidth. Find out why >> https://t.co/q9SbvCqT6m
#ProAudio#ElelectricalEngineering#DesignEngineering
#Electronics manufacturers carry most of the responsibility for compliance under the REACH regulation, but they are not expected to act alone. Learn how companies maintain compliance with REACH — https://t.co/RGJkrsovgA
#Compliance#CSR#ESG
Isolating electrical circuits in medical equipment is critical to patient and operator safety. Learn why transformers are preferred for this crucial role — https://t.co/01Dxmri6bs
#MedicalDevice#ElectricalEngineering#Magnetics
Current transformer accuracy is closely tied to cost. Choosing the appropriate accuracy for the application can lead to significant savings. Learn more in our #CT comparison guide — https://t.co/04Bc1B6mv2
#CurrentTransformer#ElectricalEngineering#DesignEngineering
Learn how the choice of core material, magnet wire, insulation materials, and more come together to create reliable, high-performance toroidal transformers — https://t.co/D5ktWejUvZ
#ElectricalEngineering#MagneticsDesign#DesignEngineering