Hello everyone! I have a task to choose ADC that will have at least 10 MSPS sampling rate and will be able to connect to STM32U575 directly. I very new with this topic, was searching through and found several ones that look like they might work.
Wanted to ask if someone can provide a feedback...
Hello all, this is one of my first electronic schematics and I'm trying to make sure everything looks good (electrically) before I order board and components. Another set of eyes on this to criticize and give constructive feedback would be great and point out any issues or mistakes my circuit...
Hi There,
I am working with a MCU STM32F405VET for any particular purpose. Lets a at this time firmware code has burn on MCU. Lets talk about HW issue.
Take a look the datasheet here https://www.qdatasheet.com/datasheet-download/190671/1/ST-Microelectronics/STM32F405VET6
In my design portion a...
Hello eveyone,
I have a wired analog Accelerometer (KS943B100) IEPE output, BNC connectors. It is actually connected to an NI cDAQ-9171 with serial connection and then to the PC with labVIEW.
My objective is to make this application wireless by connecting the sensor to an MCU, send the data...
Hi,
I have been looking all over the Internet and the MCU that best matches what I'm looking for is the ESP32. However, those ADCs specs are not enough for my project:
I'm in need of a Microcontroller that has WiFi (integrated 2.4GHz antenna) and at least 12 input ADC pins (>=12 bit...
Hi,
I'm fairly new to microcontrollers and have read multiple guides, although still asking the question.
I have used Arduino for quite a long time and have developed some product concept. I am only 14 years old though.
I am currently developing a wearable project, therefore size, weight, and...
Using the SK-S7 Synergy kit from Renesas, I was working on the ThreadX GUIX example. In the application note that Renesas provides, it tells me to increase the stack size from 1024 to 2048. Why would I need to do that? I thought it was preferable to keep the stack size as small as reasonably...
I'm working on dimming a high-wattage LED (50W--12V/4.17amps) with a 3.3V micro-controller. The solution that has worked so far is by using a low-side (PNP) MOSFET to drive the LED and a NPN transistor to drive the MOSFET via the 3.3V signal from the MCU. At 488hz PWM I can dim the LED light...