custom riscv extension to provide directly accessed peripheral registers

This example demonstrates how to transmit CAN messages over the CAN bus using XMC MCU. This example can be used with the CAN Receiver example running on another board.

This example demonstrates the UART (HAL) transmit and receive operation in PSoC 6 MCU.

Development of NDS game related to COVID-19 during lockdown: StayAtHome-NDS

This code example demonstrates the UART transmit and receive operation in PSoC 4. The application uses a serial terminal to read data and to echo back the received data. The UART resource is configured to do both transmit and receive operations.

This code example demonstrates the use of CCU4 module in XMC MCU to create a PWM signal. The CCU4 slice is configured in monoshot mode and is restarted on an external start event.

This code example demonstrates the usage of the Capture and Compare Unit 4 (CCU4) timer by blinking an LED using CCU4 timer period match interrupt available in XMC MCU.

This example demonstrates how to use the inter-processor communication (IPC) driver to implement a semaphore in PSoC 6 MCU. The semaphore is used to lock to control access to a resource shared by the CPUs and synchronize the initialization instructions.

This example uses a TCPWM block in the Timer/Counter mode to generate a periodic interrupt. An LED toggles whenever the interrupt occurs.

This code example demonstrates generating two complementary pulse width modulated (PWM) waves using the Capture and Compare Unit(CCU8 module) available in XMC MCU.

mtb-example-xmc-hrpwm-hrc

This example explains how to set up a Watchdog Timer (WDT) using the WDT HAL resource

This code example demonstrates how to use the SysTick timer to generate a timer interrupt on xmc7000 MCU.

This example demonstrates the transfer of data from the flash to the RAM using the GPDMA peripheral.

This code example demonstrates GPIO toggling by periodically blinking an LED using SysTick available in XMC MCU.

This code example demonstrates the use of a SPI (HAL) resource in slave mode. The SPI slave is configured to receive command packets to control an user LED on the kit.