Tam Hanna (@tamhanna) 's Twitter Profile
Tam Hanna

@tamhanna

Electrical engineer on duty!

ID: 62279739

linkhttp://www.tamoggemon.com calendar_today02-08-2009 15:27:48

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Tam Hanna (@tamhanna) 's Twitter Profile Photo

#STM32U3 / #STM32WBA6 - some #STMicroelectronics news for #STM32 and #embeddedsystems fans -> youtu.be/S0s-6FEzwmM?fe… via YouTube

Tam Hanna (@tamhanna) 's Twitter Profile Photo

Wrote a technical article with oemsecrets.com on Renesas Electronics and their new #ARMCortexM85 #microcontroller - take a read at oemsecrets.com/articles/renes… if you want to!

Wrote a technical article with <a href="/oemsecrets/">oemsecrets.com</a> on <a href="/RenesasGlobal/">Renesas Electronics</a> and their new #ARMCortexM85 #microcontroller - take a read at oemsecrets.com/articles/renes… if you want to!
oemsecrets.com (@oemsecrets) 's Twitter Profile Photo

Check out this latest video from Tam Hanna to hear about how we're helping to support engineers with their #STM32 #embeddedsystems projects and purchasing decisions.. youtube.com/watch?v=S0s-6F…

Tam Hanna (@tamhanna) 's Twitter Profile Photo

#ESP32C5 and #ESP32P4 modules available for sale and use in your #esp32project ideas today youtu.be/-YYkeAiIejI?fe… via YouTube

oemsecrets.com (@oemsecrets) 's Twitter Profile Photo

🐣 NEW Giveaway Alert 🐣 We are delighted to launch our Easter giveaway! To celebrate, we are giving away FREE development boards to lucky engineers, makers, and electronics enthusiasts. 👉 Don't miss out and enter now: buff.ly/iZujt4o 🍀 Good luck!

🐣 NEW Giveaway Alert 🐣 

We are delighted to launch our Easter giveaway!
To celebrate, we are giving away FREE development boards to lucky engineers, makers, and electronics enthusiasts. 

👉 Don't miss out and enter now: buff.ly/iZujt4o 

🍀 Good luck!
Elektor (@elektor) 's Twitter Profile Photo

The I2C bus is highly vulnerable due to its design — both SCL and SDA “float” at high potential and are pulled low by the individual components. As soon as a sensor gets stuck and keeps one of the lines permanently low, bus communication is terminated for all participants.

The I2C bus is highly vulnerable due to its design — both SCL and SDA “float” at high potential and are pulled low by the individual components. As soon as a sensor gets stuck and keeps one of the lines permanently low, bus communication is terminated for all participants.