There are a few factors to consider when choosing a PIC microcontroller. These include your project requirements, such as processing speed, memory, and communication capabilities. You should also consider the availability and cost of the microcontroller, as well as your familiarity with its programming language.
PIC microcontrollers are typically programmed using C or assembly language. C is a high-level language that is easier to learn and use, while assembly language provides more control over the microcontroller's functions. It is recommended to have some knowledge of both languages for working with PIC microcontrollers.
To connect a PIC microcontroller to your computer, you will need a microcontroller programmer or development board that has a USB or serial port. The programmer or board will also typically come with software for programming and communicating with the microcontroller.
Yes, you can use the same programming language for different PIC microcontrollers as long as they are compatible. However, you may need to make some adjustments to your code depending on the specific microcontroller's capabilities and features.
Yes, there are many online resources available for learning how to get up and running with PIC microcontrollers. These include tutorials, forums, and documentation from the manufacturer. You can also find books and online courses specifically designed for learning about PIC microcontrollers.