BESTARSENSOR Multilayer Piezoelectric Ceramic BPM-F1103T0.5-L17-SU-O3-HF
| Capacitance at 120Hz and 1V | 310±20% nF |
| Operating Voltage | 0~+60 V |
| Dielectric Loss | ≤0.05 |
| Resonant Frequency | 135±5K Hz |
| Resonant Impedance | <100Ω |
| Insulation Resistance at 25VDC | ≥100 MΩ |
| 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-F1103T0.5-L17-SU-O3-HF is a multilayer piezoelectric ceramic element. It is designed for systems that require structural layouts that are very small, without reducing performance. Its ultra narrow width allows it to work inside narrowness limits of the installation space so it's perfect for architectures of small beds of devices and player precision assembly. Constructed from a high performance piezoelectric ceramic, the component offers steady conversion efficiency between electrical energy and energy mechanical output.
The element has low response time, which allows for real-time actuation as well as fast control sequences. It can produce large displacement and high acceleration and is applicable to fine positioning, vibration control and high speed signal interaction modules. Because of its smooth, repeatable actuation behaviour, it provides precision in the adjustment of compact systems that are used in motion.
Due to the multilayer design, energy density and motion uniformity are increased. It is used for applications requiring reliable performance in frequent operation/life cycles.
As professional piezoelectric ceramic manufacturers and suppliers. We offer both uniform product quality and engineering advice and customized solutions based on electrical performances, dimensions and application environment. The BPM-F1103T0.5-L17-SU-O3-HF provides an accurate, reliable, and reliable solution for engineers who develop compact, responsive and high-performance systems based on a sophisticated piezoelectric ceramic technology.










