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  3. PS2 Dual-Axis Joystick Module – 2-Axis Analogue Potentiometer and Digital Push Button Breakout Board
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मूल्य सूची: Retail Price (B2C) मूल्य सूची
मूल्य सूची: Retail Price (B2C) मूल्य सूची
PS2 Dual-Axis Joystick Module – 2-Axis Analogue Potentiometer and Digital Push Button Breakout Board

PS2 Dual-Axis Joystick Module – 2-Axis Analogue Potentiometer and Digital Push Button Breakout Board

ParameterDetailed Specification
Operating Voltage3.3V to 5V DC
Axis Control2-Axis Analog (X and Y)
Button Function1-Axis Digital (Z-axis push-button)
Potentiometer Resistance10kΩ (Nominal)
Output TypeAnalog (X, Y) and Digital (SW)
Dimensions34mm x 26mm x 32mm
Interface5-Pin Header (GND, +5V, VRx, VRy, SW)
                                 Price

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₹ 42.37 ₹ 42.37
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बारकोड: 9638

Product Description

Master the movement of your robots and DIY consoles with the PS2 Joystick Module Breakout. Modeled after the iconic thumbsticks found on PlayStation 2 controllers, this module provides precise, multidirectional control in a compact package. At Robogears, we recommend this joystick for controlling pan-tilt camera brackets, maneuverable robotic arms, and menu navigation in embedded systems. The module features two independent 10k potentiometers that translate physical tilt into variable analog voltages, along with a tactile push-button (Z-axis) activated by pressing the stick down. Whether you are building a custom gamepad or a remote-controlled rover at your Pimpri workshop, this module offers intuitive, ergonomic human-machine interfacing (HMI).

Detailed Key Features

  • Full 360-Degree Movement: The spring-loaded stick returns to the center position automatically, providing a 0V to 5V analog swing across both the X and Y axes.

  • Integrated Tactical Switch: The Z-axis "Click" function allows for mode switching or "Fire" commands without needing a separate button.

  • Analog Precision: High-resolution 10-bit ADC compatibility (on Arduino) allows for nuanced speed control of motors or smooth cursor movement.

  • Breadboard Friendly: Standard 2.54mm pin pitch allows for quick prototyping using jumper wires or direct soldering to a PCB.

  • Ergonomic Thumb Cap: Includes a removable, non-slip rubberized thumb grip for comfortable operation during long testing sessions.

All Technical Details

  • Pin Definition:

    • GND: Common Ground.

    • +5V: Power Input (3.3V or 5V).

    • VRx: Analog voltage output for the X-axis (Horizontal).

    • VRy: Analog voltage output for the Y-axis (Vertical).

    • SW: Digital output for the push-button (Active Low).

  • Construction: Rugged plastic housing with metal-encased potentiometers for long-term durability in high-use applications.

  • Applications: Drone flight controllers, RC cars, menu navigation for OLED/LCD screens, and MIDI controllers.

Prototyping & Engineering Tips (Robogears Exclusive)

  • The "Center" Logic: At our Pimpri facility, we always remind users that the "resting" analog value is typically around 512 (on a 0-1023 scale). In your code, create a "dead-zone" (e.g., 500 to 525) where no movement is registered to prevent "stick drift" or jittery robot movements when the stick is untouched.

  • Button Pull-Up: The SW pin is an open-circuit button. To read it correctly on an Arduino, you must use an internal or external pull-up resistor.

    • Code Tip: pinMode(SW_PIN, INPUT_PULLUP);

  • X/Y Orientation: If your robot moves left when you push right, simply swap the VRx and VRy wires or invert the mapping in your software (1023 - analogValue).

  • Power Stability: When using high-power motors in the same project, add a 10µF capacitor across the VCC and GND pins of the joystick to prevent electrical noise from causing "ghost" movements.

Package Includes

  • 1 x PS2 Dual-Axis Joystick Module

  • 1 x Removable Thumb Grip Cap

Image Disclaimer

Product images are shown for illustrative purposes only. The color of the PCB (typically Black or Blue) or the specific brand of the potentiometer may vary between batches, but the PS2-style dual-axis control and 5V compatibility remain as described.

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