BESTARSENSOR Multilayer Piezoelectric Ceramic Module BPH2020T130MW200 HF
| Capacitance at 1kHz/1Vrms | 2.6±20%uF |
| Bipolar acceleration | 3~5g(peak) |
| Curie temperature | >280°C |
| D33 | >450 pC/N |
| Resonant frequency | 38±0.5KHz |
| Operating voltage | -10...+80 V |
| Electrodes | Ag |
| Positive marking | Ink pot |
| Lead zirconate titanate Material(or piezoelectric ceramic) | PZT 5 |
| Weight | 3.7g |
| Operating temperature | -40...+85℃ |
| Storage temperature | -40...+125℃ |
Features:
● Large displacement
● High acceleration
●Concealed installation
● Easy assembly
● Low power consumption
Description
The BPH2020T130MW200 HF is a small, high efficiency piezoelectric ceramic module for large displacement and high acceleration, high precision motion control purposes. It is used to convert electrical energy into fast, powerful and mechanical motion with very less power consumption. Its multilayer construction maximizes energy density and responsiveness which gives excellent performance in dynamic and high speed systems.
This ceramic element module has been designed to be flexible and easy to integrate. A hidden installation design allows you to make the installation incredibly integrated into mechanical assemblies or minicommunications without impacting the overall design layout of the system and its units. The easy mounting process guarantees ensuring stable mounting and uniform performance. With low voltage and little heat generation, the BPH2020T130MW200 HF gives a reliable-acting, efficient actuation solution for applications of precision instruments and automatic equipment.
The strong ceramic structure has the advantages of long term mechanical stability, corrosion resistance and high endurance when used continuously. It performs reliably in harsh environments that demand high accuracy and speed of movement and is therefore suitable for optical alignment, ultrasonic actuation, vibration control and fluid regulating.
