PH20-3,81

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The PH20-3,81 application field and working principle can be found in a variety of places. Primarily, this device is used in the aerospace and defense industries for guidance and alignment of aircraft. It is also used for missile guidance, navigation, and control applications. Additionally, the device is used in telecommunications, marine, and industrial applications.

The PH20-3,81 application field is based on its range and bulk accuracy for locating dynamic targets over long distances. It is a versatile device that is designed specifically to measure distances and angles. It is capable of accurately measuring the positions of multiple objects in a three-dimensional environment. This device is designed to be reliable in challenging conditions and environments, including underwater or in other extreme conditions.

The PH20-3,81 working principle is based on its position sense technology that uses the Doppler effect. It is able to accurately measure the distance between multiple objects in 3D space. Additionally, it can measure angles. It is a light-weight solution to long-distance positioning and navigation applications.

The PH20-3,81 is designed to accurately measure the position and displacement of dynamic targets from a variety of distances. It can handle large distances, while still providing precision measurements. Additionally, it can adjust according to the speed of the targets. This allows it to be used in applications that require dynamic positioning and navigation.

The working principle of the PH20-3,81 is based on its application field. It uses the Doppler effect to measure the distance and angles between multiple objects in a 3D space. It is also able to adjust according to the speed of the targets, which makes it useful for dynamic applications. Its ability to accurately measure the position and displacement of multiple objects in 3D space make it a versatile device for aerospace and defense, telecommunications, marine, and industrial applications.

The PH20-3,81 application field and working principle make this device useful in many fields. Its accurate measurements and ability to adjust to dynamic targets make it a reliable solution for aerospace and defense, telecommunications, marine, and industrial applications. This light-weight device can be used to accurately measure long-distance positioning and navigation for multiple objects in three-dimensional space. Therefore, the PH20-3,81 offers a reliable, versatile solution for many industries.

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