Mini 3V-6V DC Vibration Motor (XHXDZ-1034)

1034 Mini DC Vibration Motor (XHXDZ-1034) — Overview

The 1034 Mini DC Vibration Motor (XHXDZ-1034) is a compact cylindrical motor designed to provide reliable haptic feedback and vibration alerts in small electronic devices. An off-center weight on the shaft creates consistent vibrations when the motor spins, making it ideal for applications where space is limited but tactile feedback is required.

Key Features

• Model: XHXDZ-1034
• Type: Mini DC vibration motor with compact cylindrical shape
• Operating voltage: Typically 3V to 5V DC (depends on circuit design)
• Low power consumption optimized for battery-powered devices
• Strong, stable vibration amplitude suitable for haptic alerts
• Durable construction for long operational life in portable products

Specifications

• Model: XHXDZ-1034
• Shape: Cylindrical
• Voltage: Typically 3V to 5V DC
• Usage: Haptic feedback and vibration alerts in compact devices

Typical Electrical Characteristics and Recommendations

• Designed for low-voltage DC operation, making it suitable for coin or Li-ion battery powered devices
• Low current draw appropriate for wearable electronics and portable gadgets
• Drive recommendations: use a transistor or logic-level MOSFET when controlling from microcontrollers, and include a flyback protection solution or snubber when using switching transistors
• For adjustable vibration intensity, control the motor with PWM from a microcontroller and add a small decoupling capacitor across the supply to reduce electrical noise

Mounting and Mechanical Integration

• Slim cylindrical body fits into tight housings and small cavities
• Mount using adhesive pads, screws with an appropriate bracket, or press-fit slots depending on enclosure design
• Consider isolation pads or foam if you need to limit vibration transfer to nearby components

Applications

• Wearable devices and smart bands
• Mobile phones, pagers, and notification devices
• Alarm systems and notification modules
• Toys, handheld devices, and game controllers
• DIY electronics and Arduino projects requiring haptic feedback
• Embedded systems that need tactile alerts in compact form factors

Integration Tips for Developers

• When connecting to an Arduino or microcontroller, drive the motor through a transistor or MOSFET and use a separate power rail if multiple motors are used to avoid brownouts
• Add a small diode or RC snubber if switching the motor with an inductive load driver to protect control electronics
• Test vibration orientation in the final enclosure to ensure the desired tactile sensation is achieved
• Keep wiring short and use decoupling to minimize electrical interference with sensitive sensors

Why Choose the 1034 Mini DC Vibration Motor

• Balanced performance for strong haptic feedback with minimal power consumption
• Compact form factor ideal for wearables, toys, and compact electronics
• Easy to integrate into prototyping and production environments

Note: Images are for illustration purposes only.