Firmware Detail

Here is a list of all topics with brief descriptions:

[detail level 123]

▼Communication Layer	The communication layer establish the data to be displayed and the communication connection between the device and the application board to display in the GUI
▼Power Board Visualizer	Driver for Power Board Visualizer
CAN Communication	This abstracts the MCC driver api
UART Communication	This is where the framing/deframing and transmission happens for UART frames
PBV Interface	These implement the PBV state machine of RX and TX, as well as link data that is received by peripherals to application
User Configuration	This provides a mechanism to abstract away the underlying physical layer by using function pointers, that point to different layers depending upon which layer is selected
PBV Data PSFB App	This is the main application file
▼Device Layer	Contains all the application tasks that will be executed
Current Sensor Calibration	The Current Sensor Calibration device layer is a proprietary user code utilized for configuring the sensor properties
LED Display	The LED device layer is the proprietary user code used to configure and drive the on-board debugging LED
▼Driver Layer	Contain functions and properties of the Driver layer
MCC Custom Code PWM	Contain functions and data types as MCC extension for PWM
MCC Custom Code ADC	Contain functions and data types as MCC extension for ADC
▼Power Control	The Power Control layer contains the state machine managing the power converter
Power Control Configuration	Contains Power Control Configuration
Interrupt Routine and Functions	Contains the interrupt routine and other functions called in the interrupt
PWM Configuration	Contains functions related to PWM properties
State Machine	Contains the state machine of the power control
Control Loop Configuration	Contains the control loop configuration and initialization functions
Power Control Communication Interface	Contains functions use to interface to Graphical User Interface or Power Board Visualizer
Useful Functions	Contains generic functions that is usable to the application
Power Control Data Types	Contains the collection of power control data types
▼Fault Monitor	The Fault Handler is an independent firmware task which is used to define certain so-called Fault Objects
Fault Configuration	Contains functions that initialize, execute and handles the power supply fault
Generic Fault Driver	Contains generic fault functions
Task Scheduler Layer	Contain functions and properties necessary to schedule a task
▼MPLABX MCC Melody Code Generator	Contains all the module generated by MCC for this application
ADC Multicore Driver	High-Speed, 12-Bit Multiple SARs Analog-to-Digital Converter driver using dsPIC MCUs
CAN FD Driver	CAN FD Driver using dsPIC MCUs
Clcdriver
CMP DAC Driver	High Speed Analog Comparator with Slope Compensation DAC driver using dsPIC MCUs
CRC Driver	16-bit Programmable Cyclic Redundancy Check generator using dsPIC MCUs
Pwmdriver
PWM HS Driver	High-Resolution Pulse-Width Modulated (PWM) with Fine Edge Placement using dsPIC MCUs
DMT Driver	Deadman Timer (DMT) driver using dsPIC MCUs. The functionality is to interrupt the processor in the event of a software malfunction
Interrupt Driver	Interrupt Priority configuration driver using dsPIC MCUs
WDT Driver	Watchdog Timer Driver using dsPIC MCUs
Pins Driver	The Pin Driver directs the operation and function of the selected device pins using dsPIC MCUs
System Driver	System driver using dsPIC MCUs
Reset Driver	Reset driver using dsPIC MCUs.
Clock Driver	Clock configurator driver for System and Peripheral Clock using dsPIC MCUs
Traps Driver	Traps driver with handler for all types of traps using dsPIC MCUs
Timer Driver	Timer Driver is a 16-bit timer or 32-bit timer that can operate as a free-running interval timer using dsPIC MCUs
UART Driver	Universal Asynchronous Receiver Transmitter driver using dsPIC MCUs
CONFIGBITS Driver	Device Configuration Bits using dsPIC MCUs