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C
In this video we explain the intent and purpose of the Colibri family of products. +
CurrentMakers is a small team of makers and creators, with decades of experience in electronics, low-level programming, networking and real-time systems. +
In this episode, we start programming the Colibri at firmware level. We will look at the I2C multiplexor and the MCU3, which contains a STM32F405RG, with a dual-color LED. +
In this episode, we introduce the Zephyr Project, a very popular Real-Time Operating System (RTOS) and showcase that the Colibri hardware has (for the most part) been successfully adapted for Zephyr. This is done with "drivers" (zephyr-ws2812b-pwm) and "device trees" (colibri_mcu3, colibri_carrier). +
E
Welcome to the first video in our new series covering Electronics for Embedded Developers. You are NOT going to become an electronic engineer by watching these videos, but hopefully you will know enough to understand how to read a schematics and do simple circuits. +
2nd STM32World video about Electronics for Embedded developers. This video will cover Kirchoff's Circuit Laws. +
3rd STM32World Electronics video. After watching this video you will understand how Voltage Dividers work. +
In this video we will cover capacitors - what are they, what do they do and where do you use them. +
In this video we will cover Diodes - what are they, what do they do and where do you use them. +
In this Getting Started Tutorial video we will cover Electrical Power - what it is and why you need to know. We will also cover Zener diodes, which we forgot to cover in the previous video. +
We’ll explore the fundamental differences between Bipolar Junction Transistors (BJTs) and Metal-Oxide-Semiconductor Field-Effect Transistors (MOSFETs). While BJTs were the stars of the analog era, MOSFETs now dominate the digital world, with millions packed into every STM32 microcontroller. I’ll show you how they work as switches and amplifiers, and walk through real-world examples, including a constant current LED driver and how we use them on our own relay boards. +
K
First live stream - I am probably going to finish this project in the following week but at unscheduled times. +
In this video, we design a dedicated Audio DAC blade for the Streamline modular system using KiCAD and the Texas Instruments PCM5102 stereo DAC. +
In this series I will create a KiCAD project from scratch - not merely editing an earlier one. I will do it all live, show you all the struggles, explain the decisions etc. +
In this series I will create a KiCAD project from scratch - not merely editing an earlier one. I will do it all live, show you all the struggles, explain the decisions etc. +
In this series I will create a KiCAD project from scratch - not merely editing an earlier one. I will do it all live, show you all the struggles, explain the decisions etc. +
In this video I will go through the design of a 16 relay board with an embedded STM32. The timing of the video is that I just ordered these boards at JLCPCB, so I thought it would be fun to go through it BEFORE I have them and then talk through the result when I receive them and see if they work at all. +
We just discovered a "new" feature in KiCAD - Jobsets. It helps streamline the PCB ordering process. +
In this video we will order the new STM32 ST-Link described in previous video. +
In this video we will show a complete example of how to create a Streamline Blade in KiCAD. +