I2C In-Depth using the Particle Xenon and the MCP9808 Temp Sensor
This is the first in a 2 part series on the I2C protocol and communicating with an MCP9808 temp sensor directly without the aid of a library. We use the Particle Xenon as our MCU and Particle Workbench for our development environment. We also use the Saleae Digital Logic Analyzer to view the communication at the bit level.
Видео I2C In-Depth using the Particle Xenon and the MCP9808 Temp Sensor канала wcltalkstech
Видео I2C In-Depth using the Particle Xenon and the MCP9808 Temp Sensor канала wcltalkstech
Показать
Комментарии отсутствуют
Информация о видео
Другие видео канала
Update Particle Argon to Latest Firmware
Developing a custom PCB for our Particle Xenon Temp Sensor using Autodesk Eagle
SPI Bus In-Depth using the Particle Xenon and a 74HC595 Shift Register
Reporting temperature using our Particle Argon through MQTT and the TICK stack
Basics of the Watchdog Timer using the Particle Argon on the NRF52840
Video #2: I2C In-Depth, Programming temp alerts for the MCP9808 using Particle Workbench Debugger
Introduction to using Queues in an RTOS with the Particle Xenon and Adafruit NeoPixel Ring
Video #4: Upgrading our Particle Argon using an RTOS with threading and a mutex for synchronization.
Video #3: Power Consumption of the Particle Xenon Mesh Radio
Video #2: Getting the Particle Xenon talking to the Argon using Open Thread Mesh Networking
Video #1 - Building our First IoT Product using Particle Workbench, Xenon, Argon and Mesh Networking
Upgrading firmware Device OS on Particle Argon and Xenon
SPI bus in under 3 Minutes!
Serial/UART in under 3 Minutes
I2C/TWI in under 3 minutes!
Let's go beyond Arduino with ARM Cortex M and Risc V