IMPLEMENTATION AND DESIGN OF DATA ACQUISITION SUB SYSTEM, POWER SUPPLY MANAGEMENT SUB SYSTEM, AND PRODUCT CASING IN HOUSEHOLD WATER PIPE LEAKAGE DETECTION SYSTEM
In the implementation of this final project, we designed a system that can detect leaks in household clean water pipes. This system consists of Data Acquisition Sub System, Power Supply Management Sub System, Data Processing Sub System, and User Interface Sub System. In the data acquisition sub s...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/56174 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | In the implementation of this final project, we designed a system that can detect leaks
in household clean water pipes. This system consists of Data Acquisition Sub System,
Power Supply Management Sub System, Data Processing Sub System, and User
Interface Sub System. In the data acquisition sub system, there is a circuit on the PCB
that acquires data from the external environment, in this case the sound or signal
leakage, then the resulting signal is forwarded to the data processing sub system for
the computational process. While in the Power Supply Management subsystem there
is a converter module that is used to convert power from the power supply to be
distributed to the data processing sub system and data acquisition sub system. All
systems that have been created will be integrated into one system, then will be placed
in a casing that has the category of handheld devices. The main subject of this article
is about the implementation of data management, hardware design of the data
acquisition sub system designed and casing design. |
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