Gihex

Welcome to Gihex! Please explore our site and enjoy our fresh articles.

Let's Explore
Changing the Default GPIO Pins for STM32 Timer Channels Thumbnail

Changing the Default GPIO Pins for STM32 Timer Channels

Remapping STM32 (Blue Pill) Timer GPIO Pin Channels to Alternate GPIO Pins: From Pin Remap Theory to Rust Programming Examples

STM32 Timer + Rust: Reading 1 GPIO Pin Using 2 Channels Thumbnail

STM32 Timer + Rust: Reading 1 GPIO Pin Using 2 Channels

Using Rust to access Timer channel cross-mapping (Channel Input multiplexing) features on the STM32 Blue Pill: from theory to example program.

STM32 Timers + Rust: Leveraging Interrupts to Extend Pulse Width Measurement Duration Thumbnail

STM32 Timers + Rust: Leveraging Interrupts to Extend Pulse Width Measurement Duration

Using Rust to Implement STM32F103C8 (Blue Pill) Timer Interrupts: From Understanding Event Types to Code Examples

Measuring Pulse Width with STM32 Timer Input Capture using Rust Thumbnail

Measuring Pulse Width with STM32 Timer Input Capture using Rust

Using STM32 Timers (Blue Pill) and Rust to measure input pulse width on a Timer channel, covering everything from Input Capture theory to a complete program example.

STM32F103C8 + Rust: Timer as Downcounting and Center-Aligned Counter Thumbnail

STM32F103C8 + Rust: Timer as Downcounting and Center-Aligned Counter

Accessing Timer Peripherals for Downcounting and Center-Aligned Counter Modes on the Blue Pill (STM32F103C8) using the Rust programming language.

STM32 ADC + Rust: Reading Multiple Channel Groups Automatically Thumbnail

STM32 ADC + Rust: Reading Multiple Channel Groups Automatically

Using the Rust language to access the ADC on the STM32F103C8 with scan mode and continuous conversion, from introduction to program examples

More Microcontroller...