Selasa, 28 Januari 2014

Penampil Data pada Komputer Melalui Nirkabel


1Azalia Ma’ruf,2 Faizal Yuli Fahrursyah,3 Risang Dwi Setyawan, 4Samuel Beta K
1Penulis, Mahasiswa Jurusan Teknik Elektronika Politeknik Negeri Semarang
4Dosen Pembimbing, Staf Pengajar Jurusan Teknik Elektronika Politeknik Negeri Semarang
Politeknik Negeri Semarang
Electronics Engineering State Polytechnic of Semarang 
Jurusan Teknik Elektro Politeknik Negeri Semarang 
Jln. Prof. Sudarto 50275 INDONESIA

1 marufazalia29@gmail.com, 2 Faizalfaiz72@yahoo.com.,risangrds@gmail.com

IntisariPenggunaan sistem komunikasi nirkabel (wireless) sebagai media komunikasi pada sistem jaringan komputer semakin popular sekarang ini . Hal ini membuat proses pertukaran informasi dan komunikasi menjadi cepat dan mudah.. Pada proyek arduino ini akan dirancang sebuah sistem penerima data dan akan ditampilkan ke komputer secara wireless (tanpa kabel) menggunakan komunikas seriali data pada frekuensi 2,4GHz Frekuensi 2,4GHz yang dipilih pada perancangan ini adalah ZigBee/XBee PRO yaitu RF modul yang menggunakan protocol standard IEEE 802.15.4. Sedangkan ArduinoUno sebagai kontroler dan pemroses sinyal, serta Xbee berfungsi sebagai penerima data dan komunikasi Serial sebagai keluaran yang nantinya akan di tampilkan di komputer.
Kata Kunci : ArduinoUno, Xbee, dan Komunikasi Serial.

Abstract—The use of wireless communication systems (wireless) as a medium of communication in computer network systems is becoming more popular today. This makes the process of exchanging information and communication becomes fast and easy .. In this Arduino project will be designed a system and a data receiver will display to the computer wirelessly (without cable) using komunikas seriali data at a frequency of 2.4 GHz 2.4 GHz frequency is chosen in this design is a ZigBee / XBee PRO RF modules that use the protocol IEEE 802.15.4 standard. While ArduinoUno as controllers and signal processing, as well as functioning as a receiver XBee Serial communication data and the output will be displayed on the computer.
Keywords: ArduinoUno, XBee and Serial Communications

Penampil Menu Makanan pada Komputer melalui Nirkabel


Ardian Ramadita Sugara.Penulis, Budi Ariyanto. Penulis, danSigit Hernawan. Penulis
 Kata kunci— RF rx 315MHz, kabel cross, modul ethernet ENC28J60, arduino uno

Abstract— Comunication systems are very advanced, we can communicate with each other without having to deal directly with each other. With growing distance communication can be ruled out. We can communicate with the others even though it is very far away. Communication wireless networks using a transmitter and receiver. In this paper will be used as a radio frequency transmitter and receiver, and the data that has been received by the radio frequency receiver will display to the laptop using  the webserver via web browser. Webserver is a web service that is used to display data from radio frequency receiver. Display of the webserver can very according to the data received from the radio frequency receiver.
KeywordsRF rx 315MHz, crosscable, ethernet modul ENC28J60, arduino uno


Sistem Keamanan Menggunakan Tuas Kendali


Akhmad Vivid Akhmad1Akhmad Vivid H,2 Evinda Agi K,3 Ony Akbar M, 4Samuel Beta K
1Penulis, Mahasiswa Jurusan Teknik Elektronika Politeknik Negeri Semarang
4Dosen Pembimbing, Staf Pengajar Jurusan Teknik Elektronika Politeknik Negeri Semarang
Politeknik Negeri Semarang
Electronics Engineering State Polytechnic of Semarang 
Jurusan Teknik Elektro Politeknik Negeri Semarang 
Jln. Prof.H. Soedarto, SH 50275 INDONESIA

1vividharyanto@gmail.com2evinda_agi@yahoo.com3onymahendra@gmail.com


 Kata kunci— Tuas kendali, kunci pintu elektrik, arduino uno.

AbstractThe development of security system, now is very advanced. The application of the security system on a door or window that it already can be locked automatically. With just typed the code or cipher desired a door can open or closed without having to bring the key wheresoever as well as the conventional key. In the journal will be used Joy Stick as enter the code or cipher to give orders open or closed to output, and output using Cabinet Door Lock. Cabinet Door Lock use of force of an electromagnet who can hold a heavy load and having the measure of being compact so that it can be used on the door by the size of the frame is small. So it is more suited for the door of the indoor. The door locks this electricity can be easily be integrated with access control system.
KeywordsJoy stickk, cabinet door lock, arduino uno.


Pemesanan Menu Makanan dan Minuman dengan LCD Layar Sentuh


1Aida Pramudia,2 Fatra Andhika,3 Teguh Adji B, 4Samuel Beta K
1Penulis, Mahasiswa Jurusan Teknik Elektronika Politeknik Negeri Semarang
4Dosen Pembimbing, Staf Pengajar Jurusan Teknik Elektronika Politeknik Negeri Semarang
Politeknik Negeri Semarang
Electronics Engineering State Polytechnic of Semarang 

Jurusan Teknik Elektro Politeknik Negeri Semarang
Jln. Prof. Sudarto
50275 INDONESIA
1aidapramudia16@gmail.com2 iwiriwiryake@gmail.com, 3ajiemichael@gmail.com


Intisari Dalam pemesanan makanan antara pelanggan dan pelayan terjadi sebuah komunikasi dan pelayan harus menunggu pelanggan memesan makanan. Untuk mencegah terjadinya pelanggan yang kurang nyaman dengan adanya pelayan yang menunggu maka dengan menggunakan menu makanan yang modern dengan menu touchscreen dan dihubungkan dengan pemancar yang dapat ditampilkan di dapur yang menyediakan makanan, dengan demikian pelanggan lebih nyaman. Dalam penulisan jurnal ini akan digunakan LCD Touchscreen TFT 320_262K sebagai masukan dan keluaran RFTX 315MHz yang nantinya dapat ditampilakan di penyedia makanan.
Kata kunciLCD Touchscreen, RFTX 315 MHz, Arduino Mega

Abstract — In a food ordering occurs between customers and waiters and waitresses a communication must wait for customers ordering food. To prevent customers who are less comfortable with the waitress who waited so by using modern food menu with touchscreen navigation and connected with a transmitter that can be displayed in a kitchen that provides food, so customers are more comfortable. In writing this journal will be used 320_262K TFT LCD Touchscreen as input and output RFTX 315MHz that can later be ditampilakan in caterers.
Keywords-LCD Touchscreen, RFTX 315 MHz, Arduino Mega


Ventilasi Otomatis Menggunakan Masukan PIR (Passive Infrared Sensor) dan Luaran Motor Servo


Abdul Sutriyono. Penulis. Khambali. Penulis. Tri Hartuti, Penulis
IntisariUntuk melakukan otomasi  ventilasi pada ruangan dibutuhkan sistem penggerak yang dipasang pada ventilasi.  Tujuan penelitian ini adalah untuk membuat sistem otomasi pada ventilasi berbasis Arduino Uno dengan sensor PIR HC-SR501 sebagai detektor inframerah pasif dan gerakan. Arduino Uno sebagai pengendali dan pemrosesan sinyal, serta untuk luaran Motor servo digunakan untuk menggerakkan daun ventilasi. Ketika sensor PIR  mendeteksi kehadiran seseorang meamsuki ruangan, maka luaran Motor Servo akan menggerakan ventilasi..
Kata kunci Arduino Uno,  Motor Servo, Sensor PIR HC-SR501.

AbstractTo do ventilasi at room automation system needs driver mounted on the vent. The purpose of this research is to create a ventilation system automation based on the Arduino Uno with PIR sensor HC-SR501 as passive infrared detectors and motion.Arduino Uno as control and signal processing, as well as for the outcome of the servo motor is used to drive ventilation leaves. When the PIR sensor detects the presence of someone on to room, then the outcome would drive the servo motor ventilation.
KeywordsArduino Uno, Sensor PIR HC-SR501, Motor Servo.

Variasi LED BARGRAPH dengan Kata Sandi


Abdul Rohman1, Arief Solichin2, Rendi Dwi Putra3

Jurusan Teknik Elektro Politeknik Negeri Semarang
Jln. Prof. Sudarto, SH, Ds Tembalang Semarang 50275 INDONESIA
Email : rohman29.ra@gmail.com1, ariefsolichin_05@yahoo.com2, rendi.depe@yahoo.com3


AbstractAbdul Rohman, Arief Solichin, Rendi Dwi Putra, “Variasi LED BARGRAPH dengan Kata Sandi”, Arduino Project DIII Electro Engineering Department Politeknik Negeri Semarang, lectured by Dr. Samuel BETA; Ing-Tech.,M.T., December 2013.
LED Bargraph Variations with Key Password is used to make some variations of LED Bargraph ignition usingkeypad 4x4 equipped with key password to unlock the button. The output data from the keypad which are the binary number, will be processed by the ArduinoUNO. The purpose of this Arduino Project is to set LED bargraph ignition in any variations. Every buttons of keypad have kind of variatons that are different each others.

KeywordsKeypad Matriks 4x4, LED Bargraph 10 segment, Microcontroller ArduinoUNO

Kamis, 09 Januari 2014

Jam Digital dengan RTC



Bayu Widyananto#1, David Rizal#2, Mirandi Febriansyah#3
Teknik Elektronika - Politeknik Negeri Semarang
Jl. Prof. H. Soedarto, SH Tembalang Semarang, Indonesia 50275
1 bayuwidyananto@ymail.com , 2David.rizal07@gmail.com , 3mirandifebrian@gmail.com


Abstract
Bayu Widyananto, David Rizal, Mirandi Febriansyah, “Digital Clock with RTC”, Arduino Project DIII Electronics Engineering Department, Semarang State of Polytechnic, lectured by Dr. Samuel BETA; Ing-Tech.,M.T., December 2013.
The digital clock with RTC and Graphic LCD as the display is used to showing the time in real time. The counter device that is used to count the time is RTC (Real Time Clock). The data from the RTC, in the form of analogue data, will be converted into digital data by using pin ADC in Microcontroller Arduino Uno. The purpose of this Arduino Project is to display the time using RTC on Graphic LCD. The time is according to the Greenwich Meridian Time.

KeywordsRTC, Graphic LCD, Microcontroller Arduino Uno