Applications of ultrasonic liquid concentration detection The principle of ultrasonic liquid mud concentration detection is based on the ultrasonic wave in the liquid velocity and the liquid concentration and temperature .

The basic principle of ultrasonic transducer for flowmeter is based on the ultrasonic propagating velocity of the fluid that is equal to the velocity of the fluid and the velocity of the ultrasonic wave. implementation methods (Including difference frequency method, time difference method and phase

Ultrasonic seam automatic tracking system As ultrasonic transducer has the advantages without being affected by arc and strong electromagnetic interference, it is sensitive to the fluctuation of the surface of the detection object

performance indicators of ultrasonic transducer mainly include three parts

The principle of ultrasonic transducer Ultrasonic positioning technology is the bat and some invisible creatures as a defensive predators and capture prey

applications of ultrasonic distance transducer the basic principle of ultrasonic distance measurement is that the ultrasonic emission transducer emits waves

The new technology of the ultrasonic sensor includes compensate circuit through the built-in temperature, under the normal or changing operating state, when there is a significant temperature changes, it need use the temperature to compensate circuit for proofreading, which can let the ultrasonic

New application of ultrasonic transducer in the industry Ultrasonic sensors have always been an alternative choice, the designer only in the other sensor technology can not work when the choice of ultrasound technology, which generally occurs in the detection of transparent objects, long range ult

Principles of Ultrasonic Transducer Sensors

Ultrasonic sensor is developed based on ultrasonic characteristics .

Measures to improve the accuracy of HIFU focal spot HIFU is a high-tech products,there are many factors to affect accuracy of piezo focal spot

Studying the accuracy of HIFU focal spot, HIFU is the use of secondary focusing technology

Comparison of lead-free piezoelectric ceramics and piezoelectric ceramics

Piezoelectric ceramics is a new type material that converts electricity into vibrations or changes the force to electricity. It is widely used in many high-tech fields such as information, aerospace, biology and laser, and because these applications are stably