Aplikasi atmega 8 pada pendeteksi ketinggian air menggunakan sensor ultrasonik
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Institusion
Institut Teknologi Telkom Purwokerto
Author
Dheni, Santara
Subject
T Technology (General)
Datestamp
2021-04-22 02:07:32
Abstract :
Water detection systems developed more and diverse, technology advanteges are increasingly affecting the existing system, so that the detection of water level simulation system to produce accutate water level using Ultrasonic sensors. Ultrasonic sensor produces a near-perfect accuracy for distance measurements and use Microcontroller ATMega8 to control water height measurements, programming the Assembler language using a device to regulate the height of the water. Its mobile and LED indicator as a media warning altitude. For modeling work system tool using a tube of water and paralon to place sensors. After the water reached a height of 12-15 Cm (Safe Condition), 16-20 Cm (Standby) and 21-30 Cm (Caution Condition) then the sensor sends data that is processed in the Microcontroller ATMega8 next sent to mobile phones in the form of Short Message Services (SMS) and would speed dial phone user when water has reached the maximum height. From the test results, the overall performance of the system can be said to work well because it has been working in accordance with the concept and plan of design the expected device. Keywords: Microcontroller ATMega8, Ultrasonic Sensors, Assembly, Handphone, Buzzer.
Water detection systems developed more and diverse, technology advanteges are increasingly affecting the existing system, so that the detection of water level simulation system to produce accutate water level using Ultrasonic sensors. Ultrasonic sensor produces a near-perfect accuracy for distance measurements and use Microcontroller ATMega8 to control water height measurements, programming the Assembler language using a device to regulate the height of the water. Its mobile and LED indicator as a media warning altitude. For modeling work system tool using a tube of water and paralon to place sensors. After the water reached a height of 12-15 Cm (Safe Condition), 16-20 Cm (Standby) and 21-30 Cm (Caution Condition) then the sensor sends data that is processed in the Microcontroller ATMega8 next sent to mobile phones in the form of Short Message Services (SMS) and would speed dial phone user when water has reached the maximum height. From the test results, the overall performance of the system can be said to work well because it has been working in accordance with the concept and plan of design the expected device. Keywords: Microcontroller ATMega8, Ultrasonic Sensors, Assembly, Handphone, Buzzer.
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