4 X 3 Matrix Array 12 Key Membrane Switch Keypad Keyboard For Arduino AVR PIC

Price 29 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

4 X 3 Matrix Array 12 Key Membrane Switch Keypad Keyboard For Arduino AVR PIC Specification

Signal Type
Modbus

Application
Used For IT Projects And Robotic Toy

Features
Sensor Module

Wireless
Yes

Sensitivity
Resistive

Product Type
4 X 3 Matrix Array 12 Key Membrane Switch Keypad Keyboard For Arduino AVR PIC

Material
Pvc

Usage
Industrial

Voltage
4.5-20 V DC Volt (v)

Warranty
1 Year

About 4 X 3 Matrix Array 12 Key Membrane Switch Keypad Keyboard For Arduino AVR PIC

Take advantage of the kingly functionality of the 4 X 3 Matrix Array 12 Key Membrane Switch Keypad Keyboard, designed for Arduino, AVR, and PIC enthusiasts. Procure this paragon of sensor modules for your IT projects and robotic toys, ensuring reliability with a 1-year warranty. With a triumphant voltage range of 4.5-20V DC and impressive resistive sensitivity, this wireless keypad offers seamless Modbus signal transmission. Crafted from durable PVC, it is ideal for industrial use and comes from a trusted Indian distributor, exporter, importer, manufacturer, supplier, trader, and wholesaler. Find unwavering performance in this premium keypad keyboard.

User Guidance and Application Versatility

The 4 X 3 Matrix Array 12 Key Membrane Switch Keypad Keyboard is easy to integrate: connect directly to your Arduino, AVR, or PIC via its user-friendly configuration. Perfect for project builders, it supports a broad range of uses including IT development and robotic toys. Its plug-and-play design accelerates prototyping and practical deployment, making it suitable for hobbyists, educational environments, and industrial applications alike. Achieve optimal results by following project-specific wiring diagrams and employing it in both standalone and embedded systems.

Domestic Market, Certifications, and Supply Efficiency

Serving the main domestic market across India, this product comes with premium quality certifications, underscoring its reliability. With robust logistics and express shipping options, bulk procurement is streamlined for retailers and industrial clients. The supply ability ensures consistent stock for large and small projects, allowing for efficient fulfillment regardless of order size. Experience hassle-free purchasing, supported by an extensive distribution network and a commitment to quality assurance.

FAQ's of 4 X 3 Matrix Array 12 Key Membrane Switch Keypad Keyboard For Arduino AVR PIC:

Q: How do I use the 4 X 3 Matrix Array 12 Key Membrane Switch Keypad Keyboard with an Arduino?

A: Connecting the keypad is straightforward-use the matrix wiring to connect the keypad's pins to your Arduino's digital input pins, then use compatible libraries to read key presses.

Q: What projects is this keypad best suited for?

A: This keypad is ideal for IT projects, robotics, and industrial automation where numeric or command input is required, offering versatility due to its resistive sensing and wireless capability.

Q: Where can I procure this keypad in India?

A: You can procure this keypad through leading distributors, exporters, importers, manufacturers, suppliers, traders, and wholesalers across India, ensuring prompt and reliable supply.

Q: What are the benefits of the supplied 1-year warranty?

A: The 1-year warranty provides peace of mind, covering device defects and ensuring that you receive a reliable replacement or support should an issue arise during regular usage.

Q: When should I consider using this keypad in my projects?

A: This membrane keypad is especially beneficial when you require a compact, durable input method for machines, robots, or IT devices that need user interaction, especially within modbus-enabled systems.

Q: What makes this keypad a paragon among input devices for Arduino or PIC?

A: Its blend of sturdy PVC build, resistive sensitivity, wireless operation, and broad voltage compatibility make it a standout solution for hobbyists and professionals alike.

Tell us about your requirement