Advantages And Disadvantages Of Microprocessor Pdf
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- Advantages and Disadvantages of C Programming – Discover the Secrets of C
- Advantages and disadvantages of microprocessor
- What is a Microcontroller | Basics | Advantages & Disadvantages
Toggle navigation Scanftree. It is also referred to as a computer's logic chip, micro chip, and processor. Advantages of Microprocessors is that these are general purpose electronic processing devices which can be programmed to execute a number of tasks. These are used in personal computers as well as a number of other embedded products. Function The function of a Microprocessor is to conduct arithmetic and logic operations.
Advantages and Disadvantages of C Programming – Discover the Secrets of C
Microcontroller and Microprocessor both terms seem similar but there is a huge difference between these two ICs. Both ICs have different applications and have their own advantages and disadvantages. They can be differentiated in terms of Applications, structure, internal parameters, power consumption, and cost. The microprocessor is used in an application where the task is not predefined and it is assigned by the user.
It is used in computers, mobiles, video games, TVs, etc where the task is not fixed and it depends on the user. Generally, the microprocessor is used where intensive processing is required.
A laptop is the best example where a microprocessor is used. The laptop is used for media streaming, simulation, editing image, web browsing, gaming, creating a document and many more.
The process of the microcontroller is fixed according to its application. Hence, it does some processing, based on the input given to the microcontroller and gives the predefined results as an output. The input could be given by the user or it could be given by the sensors. It is used in many electronic appliances like washing machine, microwave oven, timer, etc. In these equipments, the process is predefined, it may need some inputs from user to give predefine output.
Let say washing machine, once the user sets the input parameters, it wash the clothes according to input parameter. So, the basic task washing the clothes for the washing machine is fixed. You cannot do anything else from the washing machine.
The microprocessor is used in the very intensive processes. It only contains a CPU central processing unit but there are many other parts needed to work with the CPU to complete a process. These all other parts are connected externally. The microprocessor chip is not containing all these parts internally. The number of external parts and the size of the external parts depends on the application. The advantage of the microprocessor is that it has a flexible structure. Microcontrollers are used to do the same assigned task repeatedly.
As told earlier, in microcontroller external parts are integrated with CPU in a single chip and because of this integrated structure the overall size of the microcontroller is smaller compared to the microprocessor.
Once a controller is designed the structure is fixed. So, the structure of the microcontroller is not flexible.
So let's check the important difference between microprocessor and microcontroller ICs in terms of internal parameters.
The microprocessors are run at higher clock speeds. The clock speed of a microprocessor is in the range of 1 GHz to 4 GHz. While in the case of microcontroller, high clock speed is not required. The clock speed for the microcontroller is in the range of the 1 MHz to MHz. The microprocessors have to run an operating system or it is used for very complicated tasks.
Hence, the amount of memory required for the microprocessor is very large. The microcontrollers are designed for a specific task. The amount of memory required for the microcontroller is quite less compared to the microprocessor. The program for the microprocessor can be changed for different applications. While in the case of the microcontroller once it is designed, the program is common for that application.
There is no option for the modification of the program. So, the programming of the microprocessor is difficult compared to the microcontroller. Modern-day microcontrollers are 32 bit and 64 bit. The bit microprocessor can handle bit binary data at the same time. Hence the address and data bus are 32 bit. Similarly, the bit microprocessor can handle bit binary data at the same time. The microcontrollers are 8 bit, 16 bit or 32 bit. Therefore, the amount of data that can be handled by a microcontroller in a single cycle is lesser compared to the microprocessor.
The power consumption for the microprocessor is higher compared to the microcontroller. Microprocessors are used to perform complex calculations and are used in high end systems like computer, mobile phones etc. So generally they are costlier then microcontroller. But its not always true and you can find some microcontroller, which have high end processer, more expensive than a microprocessor.
It used where intensive processing is required. It is used in personal computers, laptops, mobiles, video games, etc. It used where the task is fixed and predefined. It is used in the washing machine, alarm, etc. It has only the CPU in the chip. The structure of the microprocessor is flexible. The structure is fixed. Once it is designed the user cannot change the peripheral devices. The clock speed of the microprocessor is high. It is in terms of the GHz. It ranges between 1 GHz to 4 GHz. The clock speed of the microcontroller is less.
It is in terms of the MHz. The programming of the microprocessor is difficult compared to the microcontroller. The program for the microcontroller is fixed once it is designed.
The cost of the microprocessor is high compared to the microcontroller. The STM32Cube with graphical software configuration tool reduces development efforts, time, and cost. Difference between Microprocessor and Microcontroller. Microprocessor vs Microcontroller. Applications of Microprocessor and Microcontroller The microprocessor is used in an application where the task is not predefined and it is assigned by the user.
Structure of Microprocessor and Microcontroller The microprocessor is used in the very intensive processes. Tags Microcontroller Microprocessor. How to Choose the Right Microcontroller for your Project. Leave a Reply Please Login. STM32F32 Ecosystem. All rights reserved. It is available in 8-bit, bit, and bit. The power consumption for the microprocessor is high. The power consumption for the microcontroller is less.
Advantages and disadvantages of microprocessor
C is one of the oldest languages that cannot be replaced by any other language, as it is the core of every machine. Well, everything has its strengths and limitations that make it unique. Stay updated with latest technology trends Join DataFlair on Telegram!! First of all, let us discuss what makes C language the mother of all languages. There are various benefits of C programming that depends on these positive points which can surely define the functionality of C in a better manner. C is considered to be the most fundamental language that needs to be studied if you are beginning with any programming language. C is a robust language as it contains many data types and operators to give you a vast platform to perform all kinds of operations.
What is a Microcontroller | Basics | Advantages & Disadvantages
Electrical Academia. A microcontroller is an integrated circuit IC that can be programmed to perform a set of functions to control a collection of electronic devices. Being programmable is what makes the microcontroller unique.
Microcontroller is an microcircuit IC which will be programmed to perform a group of functions to regulate a set of electronic devices. Being programmable is what makes microcontroller unique. Microcontroller may be a device that captures input, processes it and generates output supported knowledge captured.
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The microprocessor is nothing but the CPU and it is an essential component of the computer. It is a silicon chip that comprises millions of transistors and other electronic components that process millions of instructions per second. A Microprocessor is a versatile chip , that is combined with memory and special-purpose chips and preprogrammed by software. The microprocessor has many functions like functions of data storage, interact with various other devices, and other time-related functions. But, the main function is to send and receive the data to make the function of the computer well.
Safety-relevant gait situations walking on stairs and slopes, walking backwards, walking with small steps, simulated perturbations of swing phase extension were investigated in a motion analysis laboratory with six unilateral transfemoral amputees using two different microprocessor-controlled prosthetic knee joints Rheo Knee XC, C-Leg. A randomized crossover design was chosen. The study results imply that the performance and safety potential of a microprocessor-controlled knee joint can be associated with the individual control algorithms and the technological concepts that are implemented to generate motion resistances for controlling flexion and extension movements. However, when walking backwards, this concept may lead to an uncontrolled knee flexion which partly resulted in falls.
Your email address will not be published. Website :. Save my name, email, and website in this browser for the next time I comment. There are some advantages of microprocessor are given below, Microprocessor is that these are general purpose electronic processing devices which can be programmed to execute a number of tasks. Microprocessor is its speed, which is measured in hertz.