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Joystick Shield
₹500.00 Original price was: ₹500.00.₹400.00Current price is: ₹400.00. inc. GST
- NRF24L01 RF interface.
- For Nokia 5110 LCD interface.
- Bluetooth interface I2C interface.
- For one PS2 joystick.
- 2-Axis joystick.
- Bluetooth / Serial interface.
- I2C interface.
- nRF24L01 interface.
- Nokia 5110 LCD interface.
- Interface connector.
- Power switch to switch between 3.3 and 5V
This Joystick Shield Module Robotics Control is designed as an Uno-compatible shield. It allows to turn an Arduino Uno or compatible into a game console or robotic controller. In this module, the shield fits on the top of the Arduino and turns into a simple controller. The joystick shield comes with a 7 momentary push button. Among which 4 are big buttons, 2 small buttons, and 1 joystick select button. And a two-axis thumb joystick with a potentiometer gives your Arduino functionality on the level of old Nintendo controllers. The Joystick V2.0 features an added Nokia 5110 LCD and nRF24L01 interface. As a result, can easily develop your Joystick games, and even communicate with each other with wireless nRF24L01.
The joystick module is constructed by mounting two potentiometers at a 90-degree angle and hence can be used to sense movements in X & Y direction. The joystick is used for controlling outputs such as a melody or pixels on a screen. Â And also used for navigation or game control. Basically, a Joystick v 2.0 with Nokia 5110 does not support a standard Arduino board. This is because the standard Arduino 3.3 V can only supply a current of 50 mA, and the Nokia 5110 backlight requires more current.
The momentary push buttons are connected to Arduino digital pins 2-6. When the push-button is pressed, Â they will pull the pin low (utilizing the internal pull-ups of the Arduino). The two potentiometers on the joystick connect to analogue pins A0 and A1 on your Arduino. Â Y-axis movement of the joystick produces a proportional analogue voltage on analogue pin 0. Similarly, the horizontal movement of the joystick can be tracked on analogue pin 1.

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