CMTEQ
Chad Massala
Electrical Engineering.
Software Developer, Embedded C Development.
Your Success as an Electrical Engineering Student, Professional/Hobbyist is our success.
CMTEQ
Chad Massala
Electrical Engineering.
Software Developer, Embedded C Development.
Your Success as an Electrical Engineering Student, Professional/Hobbyist is our success.
CMTEQ
In this STM32 tutorial, I show how to connect two STM32 Nucleo boards using bidirectional UART communication – step-by-step!
But this isn’t just theory...
👉 This kind of setup is super useful in power systems, where MCUs coordinate tasks like power measurements, control signals, or DG synchronization across different modules.
📺 Watch the full tutorial here:
Let me know how you would apply this in your project! ⬇️
#CMTEQ #STM32 #UARTCommunication #EmbeddedSystems #PowerEngineering
1 day ago | [YT] | 6
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CMTEQ
How can demand-side resources support frequency stability in the grid?
2 days ago | [YT] | 17
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CMTEQ
Which of the following technologies is most effective for fast frequency response in low-inertia systems?
2 days ago | [YT] | 16
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CMTEQ
Why do solar PV and wind energy sources pose a challenge to frequency stability?
2 days ago | [YT] | 17
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CMTEQ
What is the primary role of inertia in power systems?
2 days ago | [YT] | 28
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CMTEQ
Which of these do you think will be the most in-demand skill in the next 10 years?
Vote and drop a comment with your reason, curious to hear your thoughts!
5 days ago | [YT] | 10
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CMTEQ
Which of these software-related skills will dominate the future of engineering?
Vote and drop a comment with your reason, curious to hear your thoughts!
5 days ago | [YT] | 7
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CMTEQ
@idrisgenc6373 Thank you for joining the Low and High Voltage Tier! ⚡
Its great to have you here. Feel free to reach out if you need help with a project or have a specific tutorial request
I’m here to support you.
Let’s build something awesome together, Staying Curious!
5 days ago | [YT] | 7
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CMTEQ
#ElectronicsTips
Component tolerances are a key factor when designing circuits that require precision. Tolerances refer to the allowable variation in a component’s value. For example, resistors can have tolerances such as ±1%, ±5%, or even tighter for more precise applications.
If your circuit depends on specific voltage levels or current measurements, selecting components with tighter tolerances can improve accuracy. However, in less critical applications, components with wider tolerances may be sufficient and more cost-effective.
Always align your component tolerance selection with your circuit's requirements to avoid overpaying for unnecessary precision or risking failure due to inaccurate components.
#CircuitDesign #ComponentTolerance #ElectronicsEngineering #PrecisionElectronics #DesignTips
6 days ago | [YT] | 10
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