BESTARSENSOR Multilayer Piezoelectric Ceramic BPM-F1803T0.55-L19-HU-O1-HF
| Capacitance at 120Hz and 1V | 450±20% nF |
| Dielectric Loss | ≤0.05 |
| Resonant Frequency | ≤100 Ω |
| Resonant Impedance | ≥100 MΩ |
| Positive terminal marking | Ink pot |
| Operating Temperature | -25...+65℃ |
| Storage Temperature | -40...+85℃ |
Features:
● Facilitates compact structural design
● Fast response time
● Large displacement/high acceleration
● Ultra-narrow width design
Description
The BPM-F1803T0.55-L19-HU-O1-HF is a multilayer piezoelectric ceramic element designed to support compact structural layouts in advanced electronic and electromechanical systems. Its slim and efficient construction allows seamless integration into dense device architectures where installation space and mechanical precision are key design considerations. Manufactured using reliable piezoelectric ceramic materials, this component provides stable electro-mechanical energy conversion for continuous and repeatable performance.
One of the defining characteristics of this piezoelectric ceramic element is its fast response time, enabling real-time motion control in systems that require immediate actuation feedback. The structure delivers large displacement and high acceleration, making it suitable for applications that involve precise positioning, rapid vibration modulation, or dynamic motion output. The stable mechanical response and signal consistency support long-term operation without performance drift.
The multilayer configuration enhances output efficiency while maintaining compact dimensions. As experienced piezoelectric ceramic manufacturers and piezoelectric ceramic suppliers, we ensure controlled production quality and support customization to meet specific electrical, structural, and performance parameters. The BPM-F1803T0.55-L19-HU-O1-HF provides engineers with a refined, responsive, and space-efficient solution built upon advanced piezoelectric ceramics technology, enabling stable and precise micro-scale actuation in compact device designs.
