BLOG GUE: Mei 2014

Jumat, 23 Mei 2014

Samsung Galaxy y GT-S5360 Rasa Iphone IOS 7 Cusrom

Buat ente" para pengguna GaYoung (galaxy young), ada yang mau GaYoung ente kayak Iphone kagak ????
langsung saja ane tanpa basa-basi share tentang Cusrom JoyOS buat GaYoung. Dengan Cusrom ini GaYoung ente nampak seperti IOS 7. Selanjutnya monggo di simak tutornya..... :-D

Fitur-fitun JoyOS :

Tema seperti IOS7
Control/Setting seperti IOS7
Pop up , Lock seperti IOS7
Dll (95% kayak IOS7 beneran) :-D

Bahan-bahan :

Cusrom JoyOS (HM-IOSV1.1-totoro-cm7based20130807.zip) Download [Di Sini]
Cwm.madteam.zip Download [Di Sini]
Kernel : Precy_g2 cyanogenmod#2 kernel.zip Download [Di Sini]

Berikut adalah tutor instal Cusrom JoyOS :

Pindahkan semua file download an tadi ke SD card (nb: taruh di luar jangan di dalam folder untuk memprmudah proses instal)
Matikan Gayoung ente, Masuk ke mode Recovery ( tekan tombol up + home + power bersamaan)
Pilih Apply update from SD card > pilih Cwm.madteam.zip (setelah instal otomatis akan masuk cwm)
Dalam Cwm > Pilih Mount and Storage > Pilih Mount data, Mount Sd card, Mount System, Mount Cache
Flash Precy_g2 cyanogenmod#2 kernel.zip. Caranya: Pilih Instal from sd card > Pilih Choose zip from sd card > Pilih Precy_g2 cyanogenmod#2 kernel.zip, tunggu hingga selesai
Jika sudah selesai, Back > Pilih Advance > Pilih Reboot in Recovery ( jangan di utak-atik hingga masuk cwm lagi)
Jika telah masuk Cwm (habis reboot), Pilih Mount and Storage > Pilih Mount data, Mount Sd card, Mount System, Mount Cache
Pilih Instal from sd card > Pilih Choose zip from sd card > Pilih HM-IOSV1.1-totoro-cm7based20130807.zip > Pilih Yes. tunggu hingga proses instalasi selesai
Jika telah selesai, Pilih Wipe data/Factory reset
Pilih Reboot Now

NB: Selama Reboot akan memerlukan waktu yang agak lama jadi ente" gak usah khawatir (keep calm)

Screenshot Cusrom JoyOs :

Cara Mengatasi Bootlop Galaxy Young tanpa PC/ODIN

Senin, 12 Mei 2014

PASSWORD LOCK WITH ARDUINO

This instructable will show you how to make a pass-code lock system using the Arduino Mega board.
What you will need:
--->one Arduino Mega (the arduino uno or duemilianove does not have enough digital pins for this project)
--->one LCD module
--->one Keypad
--->one Battery pack (or you can use the USB cable and PC power)
--->one 10K Ohm potentiometer
--->four 10K Ohm resistors
---> Breadboard
---> hookup wire

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Step 1: Wire the LCD to the Arduino

The LCD module has 16 pins.
First of all, connect pins 1 and 16 of the LCD to the ground rail on the Breadboard
Then connect pins 2 and 15 of the LCD to the +5v rail on the breadboard
Now connect the ground rail(should be blue) of the breadboard to a ground pin on the Arduino;
Connect the +5v rail of the breadboard(this one is red) to one of the +5v pins on the Arduino board.

Now comes the contrast potentiometer which has to be connected to pin 3 of the LCD.
The potentiometer will have 3 pins. Take the middle pin and connect it to pin 3 of the arduino with hookup wire. Connect the othere two pins one to +5v and the other to GND(ground). The order does not matter.

Now let's do a test: power up the arduino. The LCD should light up. If it does then Great! If the LCD does not light up then turn off the power and check the wires.

Never change, move, or take out wires from the circuit board when the Arduino is powered up. You may permanently damage the Arduino.

If the light works rotate the potentiometer all the way to the right and all the way to the left until you see 2 rows of black squares. That's the contrast.

Now take out the power and let's hook up the LCD to the Arduino with the signal wires so we can display something on it.
Ready? Let's go!

Connect the pins as follows:
LCD Pin 4 --> Arduino Pin 2
LCD Pin 5 --> Arduino Pin 3
LCD Pin 6 --> Arduino Pin 4
LCD Pin 11 --> Arduino Pin 9
LCD Pin 12 --> Arduino Pin 10
LCD Pin 13 --> Arduino Pin 11
LCD Pin 14 --> Arduino Pin 12

And that should do it for the LCD circuit.
A test code for the the LCD: temporary.

#include <LiquidCrystal.h>

// initialize the library with the numbers of the interface pins
LiquidCrystal lcd(2,3,4,9,10,11,12);

void setup() {
// set up the LCD's number of columns and rows:
lcd.begin(16, 2);
// Print a message to the LCD.
lcd.print("hello, world!");
}

void loop() {
// set the cursor to column 0, line 1
// (note: line 1 is the second row, since counting begins with 0):
lcd.setCursor(0, 1);
// print the number of seconds since reset:
lcd.print(millis()/1000);
}

Copy and paste it in an arduino environment window, make sure you have the board and serial port set correct and click UPLOAD after you plug in the usb with the arduino.
You will see the TX and RX led's blinking, that means the code is going to the arduino.
push the reset botton once on the arduino, tune the contrast, and you should see Hello World displayed.
Congratulations! You've got the LCD working! :)

Senin, 05 Mei 2014

Simple Rotating Plate

Sometimes you would need a simple rotating plate for various applications but you don't want to install a lot of sensors and transistors. Well, here's a simple solution! With this rotating disk you can decide if you want to rotate full 360° back and forth or any other angle!

Read more for the complete article!
This post was sponsored by Farnell Electronics.

These are the few parts you will for this project:

You will need one normal 6 pin on/on switch.
You can by this switch here:

Switch

The switch has to have six pins and two on positions!
The most important part is a DC electric motor, which is somehow connected to a plate or disk.
The motor has to be DC. You will be able to find something appropriate for your project!
I used an old geared DC motor and added a simple plate to the axis:

Now we have some soldering to do!
Just take some wires and solder the switch's pins together as shown in the pictures below:

The red and black wire go to the power supply.
In this case it is a 5 Volt DC pc power supply.

The blue and white wire are connected to the DC motor. Wired this way you're able to make the connected motor go forward & backwards.
If you take the wired switch and mount it to the rotating motor as shown in the videos, the disk will rotate around whatever angle you wish.
Perfect for a simple rotating webcam:

In this setup the camera rotates full 360°.
You're still able to control the motor's speed via voltage or a simple pwm.
Adding another little piece of wood to the disk creates a new angle, for example 180°:

There are various possible applications!
From rotating security cameras to winding up your automatic watch, there's so much more!

Jumat, 23 Mei 2014

Samsung Galaxy y GT-S5360 Rasa Iphone IOS 7 Cusrom

Cara Mengatasi Bootlop Galaxy Young tanpa PC/ODIN

Category: ROM Galaxy Y gt5360

Senin, 12 Mei 2014

PASSWORD LOCK WITH ARDUINO

Intro: Password Lock with Arduino

Step 1: Wire the LCD to the Arduino

Step 2: Wire the Keypad to the Arduino

Step 3: Preparations for the code

Step 4: Code

Step 1: Wire the LCD to the Arduino

Senin, 05 Mei 2014

Simple Rotating Plate