Pada Tugas akhir ini penulis membah

Pada Tugas akhir ini penulis membahas masalah yang berjudul “Rancang bangun pengatur suhu dan kelembaban pola cocok tanam rumah berbasis mikrokontrol” memakai sensor DHT11 sebagai pendeteksi nilai suhu dan FC-28 sebagai pendeteksi nilai kelembaban tanah. Kedua sensor tersebut memberikan nilai yang nantinya akan dikirimkan ke arduino. arduino bertugas sebagai pemroses inputan dalam hal ini instruksi-instruksi yang telah dimasukan ke arduino melalui penulisan program pada aplikasi arduino IDE. Instruksi yang telah dimasukan adalah tahapan akhir berupa output yaitu pengaplikasian program dengan alat berupa kipas mini untuk pengatur suhu dan pompa mini untuk menyiram air ke tanah sebagai pengatur kelembaban tanah. Arduino bekerja juga pada LCD yang berfungsi sebagai penampil nilai suhu dan kelembaban tanah agar dapat di monitoring. Alat ini bekerja secara otomatis menggunakan daya 5 V untuk ardunio dan 12 V untuk kipas dan pompa air.

Hasil (Inggris) 1:

In this final Task the author addresses the issue, entitled "architecture regulator temperature and humidity patterns suitable for planting home-based mikrokontrol" wear a sensor detection value DHT11 as temperature and FC-28 as the value soil moisture detection. Both these sensors provide value that will be sent to the arduino. Arduino served as the input processing in this instructions that have been entered into the arduino via a writing application programs on the arduino IDE. Instruction that has entered the final stage is in the form of outputs i.e. deployment program with the tools in the form of a mini fan for regulator temperature and pump mini to flush water into the soil as soil moisture balance. Arduino works also on the LCD that doubles as a viewer the value soil temperature and humidity to be in monitoring. This tool works automatically using power 5 V and 12 V to ardunio for fan and water pump.

Hasil (Inggris) 2:

In the final project, the writer discusses the issue entitled "Design of temperature and humidity regulator cropping patterns based home Mikrokontrol" wear sensor detection value DHT11 as temperature and FC-28 as the detection value of soil moisture. Both of these sensors provide value that will be sent to the arduino. arduino served as input processors in this case the instructions that have been inserted into the arduino through the writing program on arduino IDE application. Instruction that has been incorporated is the final stage in the form of output that the application program with tools such as mini fan for temperature control and mini pumps to spray water into the soil as soil moisture regulator. Arduino works well on the LCD that serves as the viewer values ​​of temperature and soil moisture to be in monitoring. This tool works automatically using the power ardunio and 5 V to 12 V for fan and water pump.