BND-1425S

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The BND-1425S is an oscillatory-type silica-ceramic piezoelectric transducer, and is widely used in industrial applications. It is primarily used in ultrasonic cleaning applications and is suitable for sonar applications. It also finds application in motor control and in other industrial machines.

Application Field of BND-1425S

The BND-1425S is mainly used in applications that require ultrasonic cleaning. This transducer can be used in applications such as laboratory cleaning, medical cleaning and food processing. The piezoelectric element embedded in the BND-1425S transducer converts electrical energy into oscillatory mechanical motion. The ultrasonic vibration created by the transducer leads to cavitation which is caused by the formation and collapse of microbubbles in the fluid. This process provides the necessary energy for efficient cleaning.

Apart from ultrasonic cleaning applications, the BND-1425S can also be used in other industrial applications such as motor control, fuel injection, and motion control for robots and machines. In motor control applications, the BND-1425S transducer can be used for signal conditioning and for motor speed control. For fuel injection applications, the BND-1425S transducer can be used to sense the movement of the fuel injector and to ensure that the fuel injectors are functioning correctly. In motion control applications, the BND-1425S transducer can be used to track and control the movements of robots, machines and other devices.

Working Principle of BND-1425S

The BND-1425S transducer works on the principle of piezoelectricity. Piezoelectricity is the phenomenon of electric charge built up in a material (such as quartz or a ceramic) when a mechanical force is applied to it. The internal structure of the transducer consists of a thin ceramic element which is sandwiched between two metal plates. The metal plates on either side are then connected to an electrical circuit. When an electric voltage is applied to the transducer, it causes the ceramic element to oscillate. This produces an ultrasonic wave which is then reflected back by the metal plates. The reflected waves create a cavitation effect which is used for cleaning.

The BND-1425S transducer can also be used to sense the movement of a fuel injector or a robot. When a voltage is applied to the transducer, it causes the ceramic element to oscillate. This oscillation produces a stable frequency which is then used to calculate the position of the fuel injector or the robot. This process can be used to accurately measure the speed and position of the fuel injector or the robot.

The BND-1425S transducer can also be used in motor control applications. In these applications, the transducer is used to sense the position of the motor\'s rotor. The position of the rotor is then used to calculate the speed at which the motor is rotating. This information can then be used to control the speed of the motor or to adjust the frequency of the supply voltage.

In summary, the BND-1425S is an oscillatory-type piezoelectric transducer which can be used in a variety of applications, such as ultrasonic cleaning, motor control, fuel injection, and motion control. It works on the principle of piezoelectricity, where an electrical voltage is applied to a thin ceramic element which is sandwiched between two metal plates in order to create an ultrasonic wave. The ultrasonic wave causes cavitation, which is useful for cleaning applications, and can also be used to measure the position and speed of robots and fuel injectors.

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