Dual analog potentiometer module sliding potentiometer electronic building block sliding adjustable resistor- PH2.0 interface Quake Default Title

Dual Analog Sliding Potentiometer Module – PH2.0 Interface

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Sale price  $41.90 Regular price  $50.27
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Dual analog potentiometer module sliding potentiometer electronic building block sliding adjustable resistor- PH2.0 interface Quake Default Title

Dual Analog Sliding Potentiometer Module – PH2.0 Interface

Sale price  $41.90 Regular price  $50.27
Default TitleDefault Title

Dual Analog Sliding Potentiometer Module with PH2.0 Interface

Take precise control of your electronics projects with this Dual Analog Sliding Potentiometer Module. Designed as a plug-and-play electronic building block, this module features two independent sliding adjustable resistors connected via a convenient PH2.0 interface — making it ideal for makers, hobbyists, students, and engineers who need reliable, repeatable analog input in their circuits.

Key Features

  • Dual-channel design: Two independent sliding potentiometers on a single compact module for simultaneous analog control of two variables.
  • PH2.0 connector interface: Secure, standardized PH2.0 connection for easy integration with microcontrollers, development boards, and robotics platforms.
  • Smooth linear travel: Each slider offers smooth, consistent resistance adjustment from minimum to maximum, ensuring accurate and repeatable analog readings.
  • Electronic building block format: Modular design snaps into your project workflow without complex wiring or soldering.
  • Wide compatibility: Works seamlessly with Arduino, Raspberry Pi, ESP32, and other popular microcontroller and development platforms.
  • Compact & lightweight: Space-saving PCB form factor fits neatly inside project enclosures, robot chassis, and breadboard setups.
  • No high-concern chemicals: Manufactured without declared high-concern substances.

Typical Applications

  • Volume / brightness control prototypes
  • Joystick axis simulation and robotics control
  • STEM education and electronics learning kits
  • DIY synthesizers and audio mixing projects
  • Variable motor speed or LED dimming circuits
  • Game controller and HID device prototyping

Specifications

Module Type Dual Analog Sliding Potentiometer
Interface PH2.0
Number of Channels 2 (Dual)
Adjustment Type Linear Sliding
High-Concern Chemicals None
Country of Origin Made in Mainland China

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Frequently Asked Questions

Q: What microcontrollers are compatible with this dual sliding potentiometer module?

A: This dual analog sliding potentiometer module is broadly compatible with any microcontroller that has analog input (ADC) pins, including Arduino Uno/Nano/Mega, ESP32, ESP8266, Raspberry Pi Pico, STM32, and similar development boards. The PH2.0 interface makes connections quick and secure.

Q: What does the PH2.0 interface mean, and do I need an adapter?

A: PH2.0 refers to a JST-PH style connector with a 2.0 mm pitch between pins. Many maker and robotics development boards use this standard connector natively. If your board uses a different connector type, a simple PH2.0 adapter cable or pigtail wire can be used to connect it without soldering.

Q: Can I use both slider channels independently at the same time?

A: Yes. Each of the two sliding potentiometers operates as a fully independent adjustable resistor channel. You can connect each output to a separate analog input pin on your microcontroller and read both values simultaneously for dual-axis or multi-parameter control in your project.

Q: Is any soldering required to use this module?

A: No soldering is required. The PH2.0 connector interface allows for tool-free plug-and-play connectivity, making this module accessible to beginners and convenient for rapid prototyping.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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