Resonant Frequency Piezo Elements, Piezo Transducer With Soldered Wire For Sounder Sensor And Drum Trigger Builds, 35mm Brass Based High Sensitivity

Resonant Frequency Piezo Elements, Piezo Transducer With Soldered Wire For Sounder Sensor And Drum Trigger Builds, 35mm Brass Based High Sensitivity Description

This high-performance piezo transducer is expertly crafted for precision and durability in demanding electronic applications. Featuring a35mm brass base and ceramic layer, it delivers a balanced blend of mechanical strength and piezoelectric sensitivity. With a resonant frequency of1.8 0.3kHz and maximum resonant impedance of300ohms, it performs consistently in signal-critical environments. The10-inch soldered wires ensure dependable connectivity, while the external drive design simplifies installation in DIY or commercial builds. Ideal for drum triggers, contact microphones, and touch-based sensors, it responds accurately to mechanical vibrations with minimal power draw. Whether used in educational kits, musical instruments, or interactive installations, this component provides stable, high-fidelity output. Its low profile and rugged construction make it suitable for embedded systems where space and reliability are paramount. A trusted choice for makers, musicians, and engineers seeking a dependable piezoelectric solution. Precision Resonant Frequency Tuning: Calibrated to1.8 0.3kHz, this piezo element ensures accurate vibration detection, making it ideal for drum triggers and acoustic signal sensing applications. Piezo Transducer Versatility: Suitable for use in contact microphones, touch sensors, electronic toys, and sound-generating circuits, this component supports a wide array of creative and technical functions. Enhanced Signal Sensitivity: Designed with high sensitivity characteristics, it captures subtle vibrations efficiently, enabling clear audio or trigger signals from minimal mechanical input. Reliable Soldered Wire Connection: 250mm leads are securely soldered to the brass terminal, minimizing the risk of wire detachment and ensuring long-term reliability in dynamic environments. Compact35mm Design: The slim0.4mm thickness and standard diameter allow for easy integration into confined spaces or layered assemblies without compromising performance.