This repository provides a MCC-generated code example for using TMR0 in 8-bit Mode with clock output. A signal will be generated using TMR0 on the output RC2 pin.

This repository provides a bare-metal code example for using TMR0 in 8-bit Mode with clock output. A signal will be generated using TMR0 on the output RC2 pin.

This repository provides a bare-metal code example for using TMR4 peripheral as a Hardware Limit Timer in order to generate an interrupt and stop TMR2 that also stops the ADCC auto-conversion.

Getting Started with Timers/Counters on PIC18. The TMR1 is configured as a counter.

This repository provides a bare-metal code example for using TMR0 in 8-bit Mode with Periodic Interrupt. TMR0 will generate a compare interrupt every 100 ms, using LFINTOSC as clock source. A GPIO pin is toggled each time an interrupt occurs.

This repository provides a MCC-generated code example for using TMR0 in 8-bit Mode with Periodic Interrupt. TMR0 will generate a compare interrupt every 100 ms, using LFINTOSC as clock source. A GPIO pin is toggled each time an interrupt occurs.

This repository provides a bare-metal code example for using TMR0 in 16-bit Mode with sleep operation. An interrupt will wake up the device every 10s and LED0 will light up for 100 ms and then the MCU will be put back to sleep.

Getting Started with Timers/Counters on PIC18. The TMR1 is configured in gate single pulse and toggle combined mode.

The PIC18F47Q10 provides multiple PORT modules. In this demo, a PORT pin is configured as input and connected to a button. The Interrupt-on-Change is enabled on the negative edge. Another pin is used as an output and connected to an LED.

This repository provides a MCC generated code example that uses TMR4 peripheral in One-Shot to stop TMR2 if an external pin is pulled to GND for more than a desired period.

Getting Started with Timers/Counters on PIC18. The TMR1 is configured in gate single pulse mode.

This repository provides a bare-metal code example for using TMR2 peripheral to trigger the ADCC to make conversions at a fixed frequency rate, that can be adjusted with the period of TMR2.

Getting Started with Timers/Counters on PIC18. The TMR1 is configured as a counter.

This repository provides a bare-metal code example for using TMR4 peripheral in One-Shot to stop TMR2 if an external pin is pulled to GND for more than a desired period.

This repository provides a bare-metal code example for using TMR2 as 10kHz clock for SPI, configured as host with 2 clients (RC6 pin ->SS1 and RC7 pin ->SS2).

This repository provides a MCC generated code example that uses the TMR2 as 10kHz clock for SPI, configured as host with 2 clients (RC6 pin ->SS1 and RC7 pin ->SS2).

Getting Started with Timers/Counters on PIC18. The TMR1 is configured in gate single pulse mode.

Getting Started with Timers/Counters on PIC18. The TMR1 is configured in gate single pulse and toggle combined mode.

This repository provides a MCC generated code example that uses TMR4 peripheral as a Hardware Limit Timer in order to generate an interrupt and stop TMR2 that also stops the ADCC auto-conversion.