Hi all,
I designed an HVAC controller that uses an Arduino to run a closed-control loop (PID) and controls the AC compressor (Benling 27cc, High voltage, 350 Volts). This is to be used in electric car conversions.
Anyone else working on something similar?
Reach out you are working on something similar or need help.
JP
Here are some images of the project:
@Juanpablocanguro, please do not include your email address in posts.
This might prove to be very helpful reading:
Valuable Resources for Automotive Electronics:
STMicroelectronics Application Note AN2689:
This application note provides guidelines on protecting automotive electronics from electrical hazards, focusing on design and component selection. Reading this will greatly enhance your understanding of automotive circuit protection.
Read AN2689
Analog Devices: Automotive Electronics Design:
This article distills key insights into designing automotive electronics, offering practical advice for engineers.
Read the article
Diodes Incorporated: Transient Voltage Suppression in Automotive:
Learn about techniques to protect automotive circuits from transient voltage, which is critical for ensuring reliable operation in harsh conditions.
Read the article
AEC-100 Standards Webinar:
This webinar from Monolithic Power Systems provides a detailed overview of AEC standards, essential for understanding automotive electronics requirements.
Watch the webinar
Understanding Automotive Electronics, An Engineering Perspective by William B. Ribbens:
This comprehensive book offers an in-depth look into automotive electronics from an engineering perspective, making it an invaluable resource.
Access the book
Check this for OBD https://vehiclefreak.com/iso9141-code-meaning-how-to-fix/
Load Dump and Cranking Protection for Automotiv Backlight LED Power Suppl https://www.ti.com/lit/an/snva681a/snva681a.pd
These resources should provide a strong foundation for anyone involved in automotive electronics design.