Which sensor is better to use?? 🤔
Choosing your sensor is completely dependant upon your application. There are a lot of limitations in infrared sensors, like the inability to use them in sunlight due to interference. It can make outdoor applications or dark indoor applications difficult. Ultrasonic sensors work using sound waves, detecting obstacles is not affected by as many factors. If reliability is an important factor in your sensor selection, ultrasonic sensors are more reliable than IR sensors. If you’re willing to compromise reliability for cost, infrared sensors are ideal for your application.
Ultrasonic sensors work using sound waves, detecting obstacles is not affected by as many factors. If reliability is an important factor in your sensor selection, ultrasonic sensors are more reliable than IR sensors. If you're willing to compromise reliability for cost, infrared sensors are ideal for your application.
Who do you prefer in the battle of ultrasonic vs infrared?
What type of project are you building?
Do comment your answer. What kind of sensor you use in your projects 💻💻💻⌨🔧🔨⚒🧲
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Choosing your sensor is completely dependant upon your application. There are a lot of limitations in infrared sensors, like the inability to use them in sunlight due to interference. It can make outdoor applications or dark indoor applications difficult. Ultrasonic sensors work using sound waves, detecting obstacles is not affected by as many factors. If reliability is an important factor in your sensor selection, ultrasonic sensors are more reliable than IR sensors. If you’re willing to compromise reliability for cost, infrared sensors are ideal for your application.
Ultrasonic sensors work using sound waves, detecting obstacles is not affected by as many factors. If reliability is an important factor in your sensor selection, ultrasonic sensors are more reliable than IR sensors. If you're willing to compromise reliability for cost, infrared sensors are ideal for your application.
Who do you prefer in the battle of ultrasonic vs infrared?
What type of project are you building?
Do comment your answer. What kind of sensor you use in your projects 💻💻💻⌨🔧🔨⚒🧲
@pantechelearning
#pantechelearning
Any queries regarding major and mini projects contact 📞 us:
WhatsApp us:+91 8925533483/82
Website:www.pantechelearning.com.
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The pin diagram of 8051 microcontroller looks as follows −
1 to 8 − These pins are known as Port 1. This port doesn’t serve any other functions. It is internally pulled up, bi-directional I/O port.
Pin 9 − It is a RESET pin, which is used to reset the microcontroller to its initial values.
Pins 10 to 17 − These pins are known as Port 3. This port serves some functions like interrupts, timer input, control signals, serial communication signals RxD and TxD, etc.
Pins 18 & 19 − These pins are used for interfacing an external crystal to get the system clock.
Pin 20 − This pin provides the power supply to the circuit.
Pins 21 to 28 − These pins are known as Port 2. It serves as I/O port. Higher order address bus signals are also multiplexed using this port.
Pin 29 − This is PSEN pin which stands for Program Store Enable. It is used to read a signal from the external program memory.
Pin 30 − This is EA pin which stands for External Access input. It is used to enable/disable the external memory interfacing.
Pin 31 − This is ALE pin which stands for Address Latch Enable. It is used to demultiplex the address-data signal of port.
Pins 32 to 39 − These pins are known as Port 0. It serves as I/O port. Lower order address and data bus signals are multiplexed using this port.
Pin 40 − This pin is used to provide power supply to the circuit.
8051 microcontrollers have 4 I/O ports each of 8-bit, which can be configured as input or output. Hence, total 32 input/output pins allow the microcontroller to be connected with the peripheral devices. @pantechelearning
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1 to 8 − These pins are known as Port 1. This port doesn’t serve any other functions. It is internally pulled up, bi-directional I/O port.
Pin 9 − It is a RESET pin, which is used to reset the microcontroller to its initial values.
Pins 10 to 17 − These pins are known as Port 3. This port serves some functions like interrupts, timer input, control signals, serial communication signals RxD and TxD, etc.
Pins 18 & 19 − These pins are used for interfacing an external crystal to get the system clock.
Pin 20 − This pin provides the power supply to the circuit.
Pins 21 to 28 − These pins are known as Port 2. It serves as I/O port. Higher order address bus signals are also multiplexed using this port.
Pin 29 − This is PSEN pin which stands for Program Store Enable. It is used to read a signal from the external program memory.
Pin 30 − This is EA pin which stands for External Access input. It is used to enable/disable the external memory interfacing.
Pin 31 − This is ALE pin which stands for Address Latch Enable. It is used to demultiplex the address-data signal of port.
Pins 32 to 39 − These pins are known as Port 0. It serves as I/O port. Lower order address and data bus signals are multiplexed using this port.
Pin 40 − This pin is used to provide power supply to the circuit.
8051 microcontrollers have 4 I/O ports each of 8-bit, which can be configured as input or output. Hence, total 32 input/output pins allow the microcontroller to be connected with the peripheral devices. @pantechelearning
#pantechelearning
Any queries regarding major and mini projects contact 📞 us:
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Hello Friends, I hope you are fine and doing great in your lives. Today I am going post on real life examples of embedded systems. These Embedded Systems Examples belong to real-life appliances and devices, which we use in our daily routine. I hope you already have the idea of embedded systems but if you don’t then you can find the introduction to embedded systems in my previous posts .
Embedded systems perform specific tasks. They have a Microcontroller as the main part which controls all the operations required through them. This article on examples of embedded systems can help you to get an idea of common systems which we use in our daily lives. These systems are smart and more efficient, which is increasing their use day by day. Almost every device that we use today is an example of embedded systems. Embedded systems examples can be seen at our homes, offices, industries and in automation systems.
As I told earlier, there’s an endless list of Examples of Embedded Systems and we can’t cover all of these Embedded Systems examples in detail here so I have discussed a few of these Embedded Systems Examples in detail and have mentioned the rest of them and yes still I have missed a lot.
Some examples of embedded systems are MP3 players, mobile phones, video game consoles, digital cameras, DVD players, and GPS. Household appliances, such as microwave ovens, washing machines and dishwashers, include embedded systems to provide flexibility and efficiency.
I have just mentioned few of Embedded Products . I will discuss few more next time.
Hope you all understand .. Do share with your buddies. Stay safe and stay healthy. @pantechelearning
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Embedded systems perform specific tasks. They have a Microcontroller as the main part which controls all the operations required through them. This article on examples of embedded systems can help you to get an idea of common systems which we use in our daily lives. These systems are smart and more efficient, which is increasing their use day by day. Almost every device that we use today is an example of embedded systems. Embedded systems examples can be seen at our homes, offices, industries and in automation systems.
As I told earlier, there’s an endless list of Examples of Embedded Systems and we can’t cover all of these Embedded Systems examples in detail here so I have discussed a few of these Embedded Systems Examples in detail and have mentioned the rest of them and yes still I have missed a lot.
Some examples of embedded systems are MP3 players, mobile phones, video game consoles, digital cameras, DVD players, and GPS. Household appliances, such as microwave ovens, washing machines and dishwashers, include embedded systems to provide flexibility and efficiency.
I have just mentioned few of Embedded Products . I will discuss few more next time.
Hope you all understand .. Do share with your buddies. Stay safe and stay healthy. @pantechelearning
#pantechelearning
Any queries regarding major and mini projects contact 📞 us:
WhatsApp us:+91 8925533483/82
Website:www.pantechelearning.com.
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8051 microcontroller Architecture.
8051 microcontroller is designed by Intel in 1981. It is an 8-bit microcontroller. It is built with 40 pins DIP (dual inline package), 4kb of ROM storage and 128 bytes of RAM storage, 2 16-bit timers. It consists of are four parallel 8-bit ports, which are programmable as well as addressable as per the requirement. An on-chip crystal oscillator is integrated in the microcontroller having crystal frequency of 12 MHz.
In the following diagram, the system bus connects all the support devices to the CPU. The system bus consists of an 8-bit data bus, a 16-bit address bus and bus control signals. All other devices like program memory, ports, data memory, serial interface, interrupt control, timers, and the CPU are all interfaced together through the system bus.
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8051 microcontroller is designed by Intel in 1981. It is an 8-bit microcontroller. It is built with 40 pins DIP (dual inline package), 4kb of ROM storage and 128 bytes of RAM storage, 2 16-bit timers. It consists of are four parallel 8-bit ports, which are programmable as well as addressable as per the requirement. An on-chip crystal oscillator is integrated in the microcontroller having crystal frequency of 12 MHz.
In the following diagram, the system bus connects all the support devices to the CPU. The system bus consists of an 8-bit data bus, a 16-bit address bus and bus control signals. All other devices like program memory, ports, data memory, serial interface, interrupt control, timers, and the CPU are all interfaced together through the system bus.
#pantechelearning
Any queries regarding major and mini projects contact 📞 us:
WhatsApp us:+91 8925533483/82
Website:www.pantechelearning.com.
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Python vs matlab.
Python is a high-level programming language. Python is an interpreted, interactive and object-oriented programming language similar to PERL or Ruby. It is mainly designed to be easy to read and very simple to implement. It is open-source, which means it is free to use. Python can run on all the operating systems.
MATLAB is a high-performance language that is generally used for the purpose of technical computing. It integrates computation, visualization, and programming in an easy-to-use environment where problems and solutions are expressed in familiar mathematical notation.
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Python is a high-level programming language. Python is an interpreted, interactive and object-oriented programming language similar to PERL or Ruby. It is mainly designed to be easy to read and very simple to implement. It is open-source, which means it is free to use. Python can run on all the operating systems.
MATLAB is a high-performance language that is generally used for the purpose of technical computing. It integrates computation, visualization, and programming in an easy-to-use environment where problems and solutions are expressed in familiar mathematical notation.
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ASCII Binary alphabet.
ASCII stands for American Standard Code for Information Interchange. A coded character set consisting of 128 7-bit characters. ... An ASCII file is a binary file that stores ASCII codes. There are 128 different ASCII codes; this means that only 7 bits are needed to represent an ASCII character
A binary code with eight digits, such as 1101 10112, can be stored in one byte of computer memory. The word "CAT" in a word processor becomes 0100 00112, 0100 00012, and 0101 01002. The word "cat" is 0110 00112, 0110 00012, and 0111 01002. Each letter, number, and symbol is represented by an 8-bit ASCII code.
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ASCII stands for American Standard Code for Information Interchange. A coded character set consisting of 128 7-bit characters. ... An ASCII file is a binary file that stores ASCII codes. There are 128 different ASCII codes; this means that only 7 bits are needed to represent an ASCII character
A binary code with eight digits, such as 1101 10112, can be stored in one byte of computer memory. The word "CAT" in a word processor becomes 0100 00112, 0100 00012, and 0101 01002. The word "cat" is 0110 00112, 0110 00012, and 0111 01002. Each letter, number, and symbol is represented by an 8-bit ASCII code.
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Why transistor?
A transistor is useful because you can control the flow of electricity. It can also be used to amplify, by using a low voltage signal to control a high voltage circuit. Transistors are used along with other electrical components to build logic gates, which in turn can be used to build computers.
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A transistor is useful because you can control the flow of electricity. It can also be used to amplify, by using a low voltage signal to control a high voltage circuit. Transistors are used along with other electrical components to build logic gates, which in turn can be used to build computers.
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Why Arduino is the best ?
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What are microcontroller peripheral?
A peripheral is a part of a microcontroller that interfaces with the outside world. Examples of peripherals are GPIOs, I2C, SPI, UART, timers, and USB. (We'll define these later.)
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A peripheral is a part of a microcontroller that interfaces with the outside world. Examples of peripherals are GPIOs, I2C, SPI, UART, timers, and USB. (We'll define these later.)
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