This section consists of advanced use cases that use the CCL peripheral combined with other several peripherals. These use cases are generated using MCC and are developed on AVR128DA48.
Manchester Encoder
This use case is an implementation of a Manchester encoder using Core Independent Peripherals (CIPs) by following the interaction between CCL, USART and Event System peripherals. The raw data are received via serial communication, encoded using a circuit composed of the CIPs mentioned above, and sent further through a single data wire.
Manchester Decoder
This use case is an implementation of a Manchester decoder using CIPs by following the interaction between CCL, Event System, TCB and SPI peripherals. The encoded data are received through a single data wire. The NRZ (Non-Return-to-Zero) signal and clock signal are recovered using the circuit composed of the CIPs mentioned above. The resulting signals are routed to the SPI peripheral which reads the data. The decoded data are transmitted further via serial communication.
Bi-Phase Encoder
This project is an implementation of a Bi-phase encoder using CIPs by following the interaction between CCL, Event System, SPI and USART peripherals. The raw data are received via serial communication, encoded using the circuit composed of the CIPs mentioned above, and sent further through a single data wire.
Bi-Phase Decoder
This project is an implementation of a Bi-phase decoder using CIPs by following the interaction between CCL, TCA, TCB, USART, Event System and SPI peripherals. The encoded data are received through a single data wire. The NRZ (Non-return-to-zero) signal and clock signal are recovered using the circuit composed of the CIPs mentioned above. The resulting signals are routed to the SPI peripheral which reads the data. The decoded data is transmitted further via serial communication.
Driving a Metronome
The use case consists of a circuit composed of CIPs, which is capable of creating the signals that drive a Switec stepper motor as a metronome. It also adjusts the number of beats per minute of the metronome by reading an input value provided by the user.
SOS Sequence Generator
This use case consists of a circuit composed of CIPs, which operates with the involvement of the core only in the initialization part and generates an SOS sequence signal.
RGB Lighting with WS2812
This use case consists of a circuit composed of CIPs for interfacing the CCL and SPI peripherals with the WS2812 LED.