Flexible Piezoelectric Sensor YD-SF08700
Lightweight
Highly Perceptive
Wide Feedback Range
Bio-Safe
Great Adaptability
Customizable Design
With its ultra lightweight design, the YD-SF08700 piezoelectric sensor stands out for its versatility in meeting the specific needs of diverse applications. Its customizable build enables seamless integration, ensuring optimal work This sensor offers a flexible solution that can be tailored to suit a wide range of requirements, making it an excellent choice for various industries and applications.
| Product Dimensions | |
| Length x Width | 600mm x 8mm |
| Sensitive Area | 686*3 |
| Pin Spacing | 2.54 |
| Film Thickness | 38-42μm |
The YD-SF08700 piezoelectric sensor possesses several notable attributes that contribute to its exceptional performance and versatility:
Lightweight: The sensor’s reduced weight allows for ease of installation and integration into different systems and structures. This characteristic is particularly advantageous in applications where weight is a critical factor, such as wearable devices or aerospace applications.
Highly Perceptive: The YD-SF08700 sensor exhibits remarkable sensitivity to even the slightest changes or stimuli. It can capture and detect minute variations in pressure, force, or vibrations with precision. This heightened perceptiveness ensures accurate and reliable data acquisition, making it suitable for precise measurements in fields such as healthcare, robotics, and structural monitoring.
Wide Feedback Range: The YD-SF08700 sensor can accurately measure and provide feedback across a broad spectrum of forces and pressures. This versatility allows it to adapt to different environments and applications.
Bio-Safe: An important aspect of the YD-SF08700 sensor is its bio-safe nature. It is constructed using materials that are biocompatible and non-toxic, making it suitable for use in biomedical and healthcare applications. This ensures that the sensor can be safely interfaced with biological systems without causing any harm or adverse reactions.
Great Adaptability: The YD-SF08700 sensor exhibits great adaptability. Its design allows for customization to meet specific requirements and integrate seamlessly into different systems. This adaptability ensures optimal performance and functionality in a wide range of applications, making it a versatile tool for engineers and researchers.
Customizable: The customizable design of the YD-SF08700 sensor enables tailored solutions for specific applications. It can be modified to meet the unique needs of different industries, ensuring compatibility and optimal performance in specific use cases.
| Product Performance | |
| Piezoelectric Constant | D33 20-30 pC/N |
| Capacitor | 4-8 nF |
| Operating Temperature | -20℃-80℃ |
| Frequency Band | <100 MHz |
| Number of Bends | ＞1 million times |
| Connection Method | Terminal Connection |
Flexible Piezoelectric Sensor YD-SF08700
The YD SF08700 is a longer and thicker take on the YD-SF08600. This extended size enables the sensor to cover a larger area, expanding its range of applications and capturing a wider array of physiological signals and vibrations. As a result, it has gained significant recognition and is highly valued in various industrial sectors for its exceptional sensitivity and ability to detect even the most subtle changes.
Constructed with meticulous attention to detail, the YD-SF08700 flexible film sensor is crafted using high-quality polymer-based materials. Its design prioritizes durability and reliability, incorporating an insulating layer that serves as a protective shield for essential components such as the upper and lower electrodes, the PET substrate, and the primary piezoelectric film layer. This carefully engineered construction not only extends the sensor’s lifespan but also ensures precise and consistent measurements, making it an ideal choice for a wide range of applications.
The operational principle of this sensor revolves around the generation of an electrical signal in response to external forces applied to the film or when the strip undergoes bending. This piezoelectric effect triggers the conversion of mechanical energy into electrical energy within the sensor. The electrical signal thus generated is carefully extracted through the connecting terminal, ready for further processing.
To achieve the best results in signal transmission, processing, and measurement, it is advised to employ a high input impedance preamplifier in conjunction with the YD-SF08700 piezoelectric sensor. You can either use a voltage generator or a charge generator. By doing so, the preamplifier will amplify the sensitive output electrical signal, leading to more precise and dependable data.
