BESTARSENSOR Multilayer Piezoelectric Ceramic BPM-F1604T0.7-L27-SB-O1-HF
| Capacitance at 120Hz and 1V | 750~900 nF |
| Operating Voltage | ≤15 Vp-p |
| Resonant Frequency | 10~12K Hz |
| Resonant Impedance | ≤100 Ω |
| Insulation Resistance at 5VDC | ≥100 KΩ |
| Anode Marking | CH1 and CH2 |
| Weight | 0.34 g |
| Operating Temperature | -20...+60℃ |
| Storage Temperature | -25...+70℃ |
Features:
● Ultra-thin structural design/concealed sound emission
● Near-field directional propagation
● No electromagnetic interference/low power consumption
Description
The BPM-F1604T0.7-L27-SB-O1-HF is the multilayer piezoelectric ceramic line featuring the following features: ultra-thin, accurate sound output and low-power. Made out of advanced piezoelectric ceramics material, fit well into narrow spaces, hidden surfaces and small housing for electronics. This ultra-thin form factor provides excellent levels of acoustic conceit making it ideal for products that need to provide discreet sound output without impacting on performance.
Layered piezoelectric elements generate near field acoustic energy which is focal and well contained. This kind of directional characteristic enables the field's privacy, control the leakage of the sound and maintain the audio to be clear in the targeted signal for transmission. The component is therefore perfect for close-range communication devices, wearables, smart interfaces and next-generation user interaction designs.
The multilayer architecture provides stable vibration behavior properties but at low power consumption. Operating without electromagnetic interference, the device has an acoustic performance that has no impact on the surrounding circuits. This makes it a good choice for sensitive electronics and systems that have stringent EMC requirements. Its structure is similar to that of a piezoelectric ceramic compact disc or plate but has higher integration flexibility.
Engineered for design teams, developers and OEMs, the BPM-F1604T0.7-L27-SB-O1-HF provides a level of reliability and long operational life for a wide range of piezoelectric ceramic applications. It fulfills the requirements of modern manufacturers, systems integrators and suppliers that are looking for cutting-edge materials with performance at a sought-after incredibly small footprint.
