BESTARSENSOR Multilayer Piezoelectric Ceramic BPM-F1007T0.6-L01-O1-HF
| Capacitor 120 Hz, 1V | 2±15% nF |
| Dielectric Loss | ≤0.05 |
| Resonant Frequency | 210±10K Hz |
| Resonant Impedance | ≤50 Ω |
| Front Markings | Ink pot |
| Operating Temperature | ‐40...+85℃ |
| Storage Temperature | ‐40...+85℃ |
| Output Voltage | 0‐5V |
Features:
● Rapid response/extremely high induced voltage
● Meets reflow soldering design requirements
● High reliability
Description
The BPM-F1007T0.6-L01-O1-HF is a small and multilayer piezoelectric ceramic element with high response speed and high induced voltage. Made from advanced ceramic materials, it is able to move electrical signal into high precision mechanical movement with extreme efficiency. Its layered construction makes it provide good electro-mechanic coupling thus achieving good repeatable levels of performance across a wide frequency range.
Engineered for providing reflow soldering, this element is suited to production lines of automated use as well as lines of surface mounting assembly. Its strong build, and control over the combination of materials ensures high reliability, maintaining signal integrity and mechanical stability through repeated thermal cycles and long term deployment. The small footprint allows for flexible placement into high-density circuit configurations where space and compatibility are the main concerns.
The device produces high sensing voltage, so it is capable of sensing minute changes or vibrations in mechanical sense. This means it is suitable for high precision feedback systems. Its fast response capability is suitable for real-time actuation, dynamic measuring modules, micro adjustment systems and small intelligent devices.
As one of the best piezoelectric ceramic suppliers and manufacturers, we can achieve stable supply with high quality level and provide customized setting according to the special functional, electrical and dimensional requirement. The BPM-F1007T0.6-L01-O1-HF is a luxurious solution for engineers who are designing small, responsive, precision-controlled electronics that use piezoelectric technology.











