LP073F35IDT

LP073F35IDT Application Field and Working Principle

LP073F35IDT is a morphological ultrasound transducer developed by EVGATech. It is one of the most advanced networked ultrasound transducers on the market. It is used for intraoperative monitoring during off-label surgical procedures and imaging applications in many industries. It is used in applications such as medical imaging, robotics, industrial automation, and 3D printing.

The LP073F35IDT features a symmetrical piezoelectric structure. It has two components: a transmit (TX) crystal, and a receive (RX) crystal. The TX crystal converts electrical signals into ultrasound. The RX crystal receives ultrasound signals and converts them back into electrical signals. The TX and RX crystals work together to create a closed-loop system that enables accurate and reliable ultrasound imaging.

The TX crystal is mounted on a solid backing block and sealed in an inert enclosure. The TX crystal creates ultrasound pulses that travel through the inert enclosure and reflect off the object being imaged. The reflected pulses are received by the RX crystal and converted back into electrical signals. These electrical signals are then sent to the imaging system, enabling accurate and detailed ultrasound images.

The LP073F35IDT has several advantages over other transducers. It is very compact and can be mounted in tight spaces. It also has an extremely fast response time, which enables quick and accurate imaging. Additionally, its narrow bandwidth enables high-resolution images with low noise. Its open-loop design eliminates the need for calibration and simplifies operation.

The LP073F35IDT is a highly advanced ultrasound transducer that is used in a wide variety of applications. Its symmetrical piezoelectric structure and open-loop design make it ideal for accurate imaging in both medical and industrial applications. Its compact size and fast response time enable high-quality images in a timely manner. It is also easy to use and maintain, making it an excellent choice for any imaging application.