Explaining Main Elements of Microcontroller - PIC Microcontroller Programming Training Course
PIC Microcontroller Programming Training course has been designed for individuals having in electronics field and who have beginner knowledge of embedded systems. Anyone who wants to learn how to make electronics can also enrol for PIC Microcontroller Programming Training course from Multisoft Virtual Academy.
History of PIC Microcontroller - PIC Microcontroller Programming Training Course
Developed in year 1993 by microchip technology; the acronym PIC stands for Peripheral Interface Controller. Originally, PIC microcontroller was built for supporting PDP computers and controlling its peripheral devices, and hence it was named as peripheral interface device. When compared to other microcontrollers, PIC microcontrollers are not only fast, but also allows executing a program with ease. Based on Harvard architecture, PIC microcontrollers are very popular for various reasons, such as ease of programming, easy to interfacing with other peripherals, wide availability, low cost, serial programming capability, large user base, etc.
Key Elements of a Microcontroller- PIC Microcontroller Programming Training Course
In order to understand PIC microcontroller, you should know all the elements of a microcontroller. Generally a microcontroller has a central processing unit (CPU), volatile memory, nonvolatile memory, support circuitry and peripherals.
The Central Processing Unit- Everyone who uses a computer must have definitely heard of the term CPU. CPU not only performs arithmetic operations, but also manages data flow, while generating control signals as per the instructions input by the programmer. Though the complex circuitry for CPU functionality is not visible to the designer, high-level languages and integrated development environments makes writing code for microcontrollers a straightforward task.
Memory- Non-volatile memory is utilized for storing the microcontroller’s program, which is usually a list of machine-language instructions that instructs CPU what to do. The word “Flash” is displayed instead of “nonvolatile memory.”
Volatile memory (i.e., RAM) is utilized for storing temporary data, wherein data is lost when microcontroller loses power. Temporary data storage is also provided by internal registers; however they are not separate but integrated into the CPU.
Peripheral- The term “peripheral” refers to the hardware modules, which helps microcontrollers to communicate with the external system. Here’s how you will identify the various categories of peripherals:
- Clock generation: internal oscillator, crystal-drive circuitry, phase-locked loop
- Timing: general-purpose timer, real-time clock, external-event counter, pulse-with modulation
- Data converters: analog-to-digital converter, digital-to-analog converter, reference-voltage generator
- Input/output: general-purpose digital input and output circuitry, parallel memory interface
- Serial communication: UART, SPI, I2C, USB
- Analog signal processing: operational amplifier, analog comparator
Support Circuitry- Microcontrollers include a range of functional blocks, which are not classified as peripherals due to their primary purpose, as they do not to control, monitor, or communicate with external components; instead they support device’s internal operation and simplify implementation while improving the development process.
Why choose Multisoft Virtual Academy for PIC Microcontroller Programming Training course?
Multisoft Virtual Academy has been in training industry for more than 2 decades and backed by a team of global subject matter experts from around the world. When you enroll for PIC Microcontroller Programming Training course from Multisoft, you get the opportunity to learn from experienced industry experts and gain experience and skills in PIC Microcontroller Programming with hands-on experience from real-life projects and assignments. All the courses offered by Multisoft come with perks like lifetime access to e-learning material, recorded training session videos and after training support.
The courses are delivered in live instructor led, one-on-one and corporate training sessions, where after successful completion of the PIC Microcontroller Programming Training course, aspirants receive a globally recognized training certificate to validate and showcase their learning and skills to employers across the world. What’s more? Multisoft after training support assists you to connect with potential employers and lucrative job opportunities in related areas, so that you can step up in the career ladder without delay.
Conclusion: PIC Microcontroller Programming Training course is ideal for you if you wish to gain in-depth knowledge of PIC Microcontroller Programming. If you want to learn how to make electronics; have some experience in electronics or have basic knowledge of embedded systems, you can go for this course. It is one of the fundamental courses that every individual, who is interested in the field of electronics, should learn before going for any advanced course.