SW1801P Vibration Switch Module 4 Pin

Key Features

• High Sensitivity:
  The SW1801P Vibration Switch Module 4 Pin can detect even minor vibrations or impacts, providing quick and accurate response signals.

• Easy Integration:
  It supports both digital and analog outputs, allowing easy connection to Arduino, Raspberry Pi, and other microcontrollers.

• Stable Performance:
  Designed with a high-quality SW1801P sensor, it ensures consistent detection without false triggering or interference.

• Compact Design:
  The small and lightweight module is ideal for embedded systems and space-limited projects.

• Low Power Consumption:
  Operates efficiently with minimal energy usage, perfect for battery-powered systems.

Specifications

• Model: SW1801P Vibration Switch Module

• Operating Voltage: 3.3V – 5V DC

• Interface: 4 Pins (VCC, GND, Digital Output, Analog Output)

• Output Type: Digital (DO) and Analog (AO) signals

• Detection Range: Adjustable sensitivity via potentiometer

• Working Temperature: -40°C to +85°C

• Dimensions: Approx. 32mm × 14mm × 12mm

Applications

• Motion detection and vibration sensing systems.

• Anti-theft and smart alarm devices.

• Robotics and automation projects.

• Smart home systems and door sensors.

• Vehicle motion and impact detection.

• Earthquake or machinery vibration monitoring.

Why Choose the SW1801P Module

Because it combines precision, durability, and flexibility, the SW1801P Vibration Switch Module 4 Pin is perfect for both DIY makers and professional engineers. Its plug-and-play compatibility and adjustable sensitivity make it a go-to component for motion-triggered circuits. Moreover, it offers high accuracy at an affordable price, ensuring great value for your project.

Whether you are developing a smart security device, a robotic motion sensor, or an industrial automation system, this module provides the reliability and performance you need.

With its robust design and versatile application,  stands out as an essential sensor for modern electronic innovations.