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The use of dual-frequency (DF) transducers, which each transmit and/or receive ultrasound at a separate frequency, is therefore suggested as a multi-frequency technology. Through a voltage transformer or directly, frequency transducers may measure frequency.
The AC frequency signal is converted by the transducer into a DC voltage or mA output that is directly proportional to the strength of the input signal. Transducers are electronic gadgets that change energy’s form from one to another. Transduction is the process of changing an energy source’s energy into another.
Loudspeakers, microphones, thermometers, and LEDs are a few typical examples of transducers.
The Global Multi-frequency transducer market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
33 MHz Ultra-High Frequency Ultrasound Transducer is a new product from Canon Medical Systems. The clinical use of ultrasound is expanded by a new transducer. The 33 MHz ultra-high frequency linear transducer on the Aplio i800, which Canon Medical Systems claims is the first in the market, was added to the company’s cutting-edge, high-performing Aplio i-series ultrasound platform to give incredibly fine detail and spatial resolution in the near field.
The Aplio i800 is perfect for superficial subcutaneous imaging, examinations of small joints, superficial nerves, as well as superficial vascular evaluations thanks to the ultra-high frequency transducer’s use of intelligent Dynamic Microslice (iDMS) and Superb MicroVascular Imaging (SMI) technologies to provide high resolution and detail for B-mode and Colour Flow imaging.
Additionally, Smart Sensor 3-D enables the user to capture precise volume images with the 33MHz transducer, also in SMI mode, and view microvascular structures in three dimensions, both of which are beneficial for surgical planning .The new 33 MHz transducer for the Canon Medical Aplio i800 is on display at the European Congress of Radiology (ECR).
There are several sorts of transducers besides those two divisions. The operating concept of transducers allows for classification. There are mutual induction transducers, chemical transducers, and piezoelectric transducers. The transducing element typically takes the output of the sensing element as an input and changes it into a proportional output in the form of an electrical signal.
