High quality vibration engine module with vibration engine switch mobile with high intensity vibration module DC motor signal converter controlled by PWM


Variant: 1x Set
Price:
Sale price€3.99

Tax included

Ideal for DIY projects: The PWM module was developed to be a better choice for Arduino and Raspberry projects as DC motors. It has proven itself many times to be useful for a variety of users with many different projects.
High quality engine: Our module consists of a high -quality, modern cell phone vibration engine of the latest generation, which creates noticeably excellent vibrations.
Striking design: Due to its modern design, the module is able to easily convert electrical signals into mechanical vibrations, which is why it is suitable for the production of vibration-sensitive interactive products, portable smart device vibration memories, etc.
Easy to use: The vibration intensity is controlled by PWM, which really simplifies the application and makes it easier to connect to different devices.

Important downloads and links

Description

This module can easily convert electrical signals into mechanical vibrations. The intensity of the electrical signals ultimately determines the strength of the vibration.

Characteristics:

  • The module can be controlled directly via the digital port of the Arduino. It is also suitable for the production of vibration -sensitive interactive products, portable intelligent devices with vibration memories, etc.

Technical features:

Nominal voltage: 5.0VDC
Operating voltage: 3.0-5.3vdc
Nominal speed: at least 9000 rpm
Nominal current: Up to 75 mA
Start -up current: Up to 90 mA
Consider voltage: 3.7 VDC
Isolation resistance: 10 MOHM
Ideal for DIY projects Compatible with Arduino IDE
Engine: 10mm diameter and 2.7mm thickness
Connection: Digital
Digital input high for activating and low for deactivation
Fastening hole: 3mm

Engine management

It is a small built-in vibration motor module. After input 5V current, you can control the ON / OFF or vibration intensity of the motor by digital signal or PWM signal.

Quick start guide

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