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As an Electronics and Communications undergrad, I am deeply interested in the design of embedded systems in programmable logic, robotics and problem-solving. These domains excite me and drive my passion for learning and creating innovative solutions.
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This series focuses on the design of embedded drivers and high-level APIs for accessing peripheral functions. Here, I share my knowledge and approach to writing portable drivers for MCU peripherals.
Bitwise Operations Bitwise operations are logical operations that are performed on binary representations of numbers. They include AND, OR, XOR, NOT, and shift operations. These operations can help manipulate individual bits in a register and memory ...
Software architecture serves as a plan or framework for creating embedded systems. It defines how various software components should be structured and organized across different levels of abstraction. The main objectives of a software architecture in...
Notice that in the previous developments, macros were used to store the base address of the peripherals. To access each register, we add an offset to the base address(the offset of each register with respect to the peripheral address in the address s...
Usually, library functions and APIs are provided by the vendors of MCUs for working with select onboard peripherals. This greatly lowers the learning curve, as coding it up from scratch is extremely tedious and time-consuming. Nevertheless, there is ...
General Purpose Input/Output are typically pins found on a computer or microcontroller board that can interface with external devices. Software can configure these pins as inputs or outputs at runtime, allowing them to send or receive electrical sign...
Bitwise Operations Bitwise operations are logical operations that are performed on binary representations of numbers. They include AND, OR, XOR, NOT, and shift operations. These operations can help manipulate individual bits in a register and memory ...
