BESTARSENSOR Single Layer Single-Sided Piezo Ceramic Element FT-50T-0.87A1
| Item | Specification |
| Resonant Frequency | 0.87±0.25K Hz |
| Resonant Impedance | 3000 max ohm |
| Capacitance | 40± 30%nF at 1000Hz |
| Insulation Resistance | Min. 200MΩ |
| Input Voltage | Max. 30 Vp-p |
| Operating Temperature | -20...+70°C |
| Storage Temperature | -30...+80°C |
| Pull test of silver layer(vertical) | 2.5N min |
| Pull test of silver layer (horizontal) | 20N min |
| Metallic supporter | Brass |
Features:
● High sound pressure/fast response
● Compact structure/easy integration
● Low power consumption and high reliability
● No electromagnetic interference
Description
Single Layer Single-Sided Piezo Ceramic Element is a very crucial applicant operating in a wide variety of consumer electronics, industrial control, medical equipment, IoT based acoustic devices and modules. This component works on the principle of piezoelectric and converts electrical input to accurate mechanical vibration to produce sound or also reverse the vibration into electrical signal to interpret it as a sensing device. Making it impossible to do without in some devices, this dual ability is suitable in devices that require accurate acoustic performance, like in ultrasonic transducers, microphones, and speakers.
The first strength is that it comes with the advantage of generating high sound pressure that can facilitate clear and powerful audio output that can be used in various alerting and communications systems. It has a quick response time and as such, easily provides real-time audio feedback and detection, which are useful in scenarios that call upon acoustic signaling or capacitive detection on a near instant scale.
The small size of the element and one-sided design make it easier to integrate into dense device architectures so that manufacturers can create modules with smaller footprints and improved efficiency without creating a reduction in performance. Its construction can help with smooth assembly tasks and easily fits with different form factors of acoustic devices.
Another notable characteristic is energy efficiency; the piezoelectric element has low power requirements, and system lifetime is particularly useful where battery operated or where sensors are energy sensitive, and moreover, the overall power requirements will be more reduced, extending the lifetime. Also, the component is very reliable in that it performs well even in the varying conditions of operation, like varying temperatures, stress drains and extended operations.
Remarkably, this piezo ceramic component is meant to produce no electromagnetic interference (EMI), therefore, it can be used without interfering or influencing the way the electronic circuitry of the adjacent circuitry might operate. Therefore, it is able to be applied in hypersensitive medical devices, industrial control systems and advanced IoT-devices where the signal must remain clean.
