The YD-SF2513 piezoelectric sensor features an ultra-thin and lightweight design, customizable to suit specific application requirements, ensuring optimal integration.
Product Specifications
| Product Dimensions | 30.7mm x 13mm |
| Sensitive Area | 13.5 x 10 |
| Pin Spacing | 5.08 |
| Tolerance | ±0.2 |
| Film Thickness | 8-10μm |
- Ultra Thin. The YD-SF2513 sensor’s thin profile facilitates seamless integration in space-limited applications, enhancing portability for versatile deployment in diverse environments.
- Light weight. The remarkably lightweight design of this piezoelectric sensor enables easy mounting on various surfaces while maintaining optimal functionality and performance, making it ideal for weight-restricted applications.
- High Sensitivity. This technology can detect even the slightest vibrations or impacts with remarkable accuracy. This high sensitivity ensures that no valuable data is missed, enabling precise measurement and analysis of various physiological signals or physical phenomena.
- High Biocompatibility. The YD-SF2513 flexible sensor ensures safe and reliable measurement of physiological signals without adverse effects, making it versatile for biomedical applications like wearable healthcare devices, medical monitoring systems, and physiological research.
Product Dimensions
| Piezoelectric Constant (D33) | 18-30 pC/N |
| Operating Temperature | -20°C – 100°C |
| Frequency Band | <100 MHz |
| Number of Bends | >1 million times |
| Connection Method | Terminal Connection |
Flexible Piezoelectric Sensor YD-SF2513
The YD-SF2513 flexible film piezoelectric sensor is an outstanding polymer-based sensor renowned for its exceptional sensitivity. Constructed with a PET substrate, upper and lower electrodes, a piezoelectric film layer, and an insulating protective layer, this advanced sensor is adept at capturing physiological signals such as pulse, heart rate, respiration, and more, while also effectively monitoring physical phenomena such as vibration and impact.
When the film undergoes bending or external force is applied to the surface, it generates an electrical signal between the upper and lower electrode surfaces. This signal can then be extracted through the connecting terminal and further processed by a charge amplifier or voltage amplifier, along with the relevant processor, to obtain the desired output signal.
The YD-SF2513 piezoelectric sensor has an inherently high internal impedance and delicate output electrical signal. To ensure optimal signal transmission, processing, and measurement, we recommend utilizing a high input impedance preamplifier, amplifying the signal for more accurate and reliable data in a wide range of implications.
The YD-SF2513 can be utilized with a voltage generator or a charge generator.
