35mm Piezo Buzzer Disc Without Cable: A Versatile Medium-Sized Passive Acoustic Transducer

The 35mm Piezo Buzzer Disc, devoid of a cable, is a dependable and effective passive acoustic transducer. It is engineered to generate sound or tone when stimulated by an AC or pulsed DC signal. Its balanced size makes it a versatile choice for a broad spectrum of audio signaling applications, ranging from consumer electronics to DIY projects and educational kits.

Key Features

The Piezo Buzzer Disc boasts several noteworthy features:

• 35mm Diameter: A perfect size that ensures clear and audible sound output.
• Sound Generation: Capable of producing sound using square wave or frequency input signals.
• No Pre-Attached Wires: Provides flexibility for custom soldering and integration.
• Low Power Operation: Ensures consistent performance while consuming minimal power.
• Lightweight and Durable: Made from a robust metal-ceramic construction that is also light in weight.

Typical Applications

This Piezo Buzzer Disc can be used in a variety of applications:

• Buzzer Alarms and Alert Systems: Ideal for creating audible alerts.
• DIY Electronics and Prototyping: Perfect for Arduino, Raspberry Pi, and other electronics components and modules.
• Educational and STEM Kits: Suitable for use in educational projects and STEM kits.
• Embedded Devices and Circuit Boards: Can be integrated into a variety of devices and circuit boards.
• Toys, Timers, and Sound Feedback Projects: Great for adding sound feedback to toys, timers, and other projects.

Technical Specifications

• Type: Passive Piezoelectric Buzzer Disc
• Diameter: 35mm
• Thickness: Approximately 0.5mm
• Operating Voltage: Typically operates between 3V–24V (external oscillator required)
• Resonant Frequency: Ranges from ~2kHz–4kHz
• Connection: Solderable pads (no cable included)

Package Includes

• 1 × 35mm Piezo Buzzer Disc (without cable)

In conclusion, this 35mm piezo disc strikes an excellent balance between size and performance, making it a versatile choice for a multitude of audio feedback applications.