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One of the most significant benefits of a high-frequency piezo ceramic transducer is its reliability and durability. This device is incredibly robust and can withstand high levels of stress and pressure without degrading or breaking down.
A high-frequency piezo ceramic transducer is also incredibly versatile, with a wide range of applications across various industries. For example, it can be used in ultrasonic cleaning equipment, where its high-frequency vibrations are used to break down dirt and grime on surfaces.
Similarly, high-frequency piezo ceramic transducers are also used in medical equipment, where they can be utilized for ultrasound imaging, physical therapy, and even surgery.
Overall, a high-frequency piezo ceramic transducer is an incredible piece of technology that is vital to numerous industries. Its reliability, durability, and versatility make it an indispensable tool that can help improve efficiency, increase productivity, and enhance the overall quality of life for people across the globe.
|
Model |
Specifictaion (mm) |
Frequency (KHz) |
Coupling Coefficient (Kp%) |
Static Capacitance (Pf) |
|
CL33-2.0Q |
Φ33*2mm |
68 |
56 |
6200±15% |
|
CL40-2.5Q |
Φ40*2.5mm |
56 |
56 |
6500±15% |
|
CL43-2.5Q |
Φ43*2.5mm |
53 |
56 |
7000±15% |
|
CL50-2.5Q |
Φ50*2.5mm |
45 |
56 |
8200±15% |
|
CL8-2.0M |
Φ8*2mm |
1000 |
≥55 |
500±15% |
|
CL8-1.0M |
Φ8*1mm |
2000 |
≥55 |
650±15% |
|
CL8-0.75M |
Φ8*0.75mm |
3000 |
≥55 |
800±15% |
|
CL10-2.0M |
Φ10*2mm |
1000 |
≥55 |
600±15% |
|
CL10-1.0M |
Φ10*1mm |
2000 |
≥55 |
800±15% |
|
CL10-0.75M |
Φ10*0.75mm |
3000 |
≥55 |
1000±15% |
High-frequency piezo ceramic transducers are used in a wide range of applications due to their exceptional performance and reliability. These advanced transducers are engineered to produce high-frequency sound waves, which make them ideal for use in various industrial and scientific applications.
One of the most common applications of high-frequency piezo ceramic transducers is in ultrasonic cleaning systems. These transducers are used to generate high-intensity sound waves that can effectively clean complex surfaces such as medical equipment, electronic components, and delicate jewelry without damaging them.
Another application of high-frequency piezo ceramic transducers is in medical imaging equipment such as ultrasound machines. These transducers can produce high-frequency sound waves that are used to create images of internal organs and tissues. Such images are crucial for diagnosing diseases and guiding medical procedures.
Apart from medical and industrial applications, high-frequency piezo ceramic transducers are also used in acoustic transmitters and receivers, energy harvesting devices, and smart sensors. They can also be used to develop cutting-edge technology for a wide range of industries, from aerospace and defense to telecommunications and automotive.
Overall, high-frequency piezo ceramic transducers are essential components for various technological advancements, and their unique capabilities make them indispensible in many fields. With their unrivaled performance and reliability, these transducers are sure to continue driving innovation and exciting new discoveries for years to come.
Q: What frequency will be for the high-frequency piezo ceramic transducer?
A: The exact frequency range of a high-frequency piezo ceramic transducer may vary depending on its specific design and purpose. However, most models are capable of producing frequencies in the range of 20 kHz to 500 kHz, with some even reaching up to 1 MHz or higher.
Q: What size would be for the high-frequency transducer?
A: Then it comes to specifying the size of a high-frequency transducer, it's essential to determine the intended application and the frequency range required for the desired performance. Generally, the size of a transducer directly affects its high-frequency response range, and larger transducers tend to exhibit a lower frequency response.
Therefore, the size of the high-frequency transducer should be optimized for the intended application and frequency range, striking a balance between size and performance. Factors that can affect this decision include the targeted frequency range, power output, and desired sensitivity.
By carefully considering these factors, it's possible to select an appropriately sized high-frequency transducer that delivers the desired performance characteristics for a particular application. Ultimately, the size of the high-frequency transducer will depend on the specific requirements of the system, and finding the right size to achieve optimal performance is key.
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