NKFPX1BN1NNM002

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NKFPX1BN1NNM002 is a high power piezoelectric actuators belonging to the Miscellaneous class. It is widely used in modern applications due to its robust construction and easy maintenance. This article will discuss the application fields and working principle of this type of actuators.

NKFPX1BN1NNM002 can be used as an actuator in industrial and commercial applications. Most commonly, it is used in flat panel display (FPD) production systems, including manufacturing, inspection and component testing. It is also used in optics field, fiber alignment systems and sensor module control systems. The actuator has a wide speed range and can reach up to 5,000 rpm, making it suitable for many different tasks.

The working principle of this type of actuator is based on the piezoelectric effect. This effect is based on the fact that when a voltage is applied to a piezoelectric material, it will change its shape or size. In the case of the NKFPX1BN1NNM002, the changing shape or size is used to generate a linear motion that can be used to drive objects or machines. The actuator works by generating a pulse width modulated (PWM) signal from an electric current source, which is then applied to the piezoelectric material. The material then expands and contracts, generating a linear force which will move the object or machine.

The main benefit of the NKFPX1BN1NNM002 is that it requires low energy consumption, making it more suitable for those applications that have limited power sources. It is also very reliable and durable, as the piezoelectric material is highly resistant to wear and tear. Finally, it has a high response time, making it ideal for applications requiring quick response times.

In conclusion, the NKFPX1BN1NNM002 is a reliable and efficient piezoelectric actuator. It is widely used in industrial and commercial applications, including FPD production, optical alignment, fiber alignment systems and sensor module control systems. It works by generating a PWM signal from an electric current source, which is then applied to a piezoelectric material. It has low energy consumption, high reliability and durability, and a high response time, making it an ideal choice for many applications.

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