ANALISIS PERBANDINGAN KUALITAS SENSOR INA219
DENGAN MAX471 UNTUK RANCANG BANGUN ALAT
UKUR WATTMETER
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Dwi Putra Pratama, Andreas
Subject
T Technology (General)
Datestamp
2024-02-27 03:19:57
Abstract :
Electricity is a very important human need, especially in the field of electronic technology. There are types of sensors for measuring electricity which have different functions, needs, and quality, in the form of INA219 and MAX471 sensors. In the data collection process, there are 3 tests, namely functional testing, calibration, and performance testing to compare sensor quality in Wattmeter design. In this final project, a Wattmeter has been designed and implemented using the INA219 and MAX471 sensors that can measure voltage, current, and power of DC electrical equipment in homes, offices, including 12 V lamps, remote control battery capacity, and other DC electrical loads. From the results of current, power, and voltage measurements tested using the INA219 sensor, an average accuracy of 98.056% was obtained, and the same measurement results using the MAX471 sensor obtained an average accuracy of 97.903%.
Electricity is a very important human need, especially in the field of electronic technology. There are types of sensors for measuring electricity which have different functions, needs, and quality, in the form of INA219 and MAX471 sensors. In the data collection process, there are 3 tests, namely functional testing, calibration, and performance testing to compare sensor quality in Wattmeter design. In this final project, a Wattmeter has been designed and implemented using the INA219 and MAX471 sensors that can measure voltage, current, and power of DC electrical equipment in homes, offices, including 12 V lamps, remote control battery capacity, and other DC electrical loads. From the results of current, power, and voltage measurements tested using the INA219 sensor, an average accuracy of 98.056% was obtained, and the same measurement results using the MAX471 sensor obtained an average accuracy of 97.903%.
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