I am application engineer for EMI situation and power converter design for ind. & automotive electronic applications. Let me support you in your design.
NEW VIDEO! To keep costs low for a big project, I tried using the Cheapest Arduino Alternative (microcontroller) out there😅Was it a good idea?😅Let's find out https://t.co/cJDkrd4MCx
The registration for the Third International Energy Harvesting Workshop, EnerHarv 2024 is now open:
June 26 to 28 in Perugia / Italy
#energyharvesting
https://t.co/4rU8POXD7F
Communication is the key 🔑 to success! 💯
The #WE_eiSos Group helps you unlock successful applications by enabling your IoT devices to communicate data directly from field to cloud platform with the cellular module Adrastea-I!
https://t.co/Is4jP2pZOx 👈
Common-mode current Icm [A] in cables lead often to unintended radiated emissions and therefore to failed EMC tests. Learn more about unintended antennas and how to estimate the maximum radiated E-field Ecm [V/m] from such unintended antennas: https://t.co/d3IZ4YmZa5
Common-mode current Icm [A] in cables lead often to unintended radiated emissions and therefore to failed EMC tests. Learn more about unintended antennas and how to estimate the maximum radiated E-field Ecm [V/m] from such unintended antennas:
https://t.co/q5zxzwzMh0
This is Waterlight, developed by Colombian startup E-Dina: a device that provides electrical power using only salt water, thanks to a ionization reaction between the electrolytes in the water and magnesium
[read more: https://t.co/UpTZ3Zgnat]
https://t.co/5byJkvrqjO
Get a step-by-step guide on designing the feedback loop compensation of an isolated #flyback converter with current-mode control. We tested the OCPT #optocoupler, which transfers the feedback signal across the isolation barrier.
https://t.co/vGohgWjIb2
#WurthElektronik#appnote