3Z10UM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

3Z10UM is a multi-mode radar instrument, which is used for distance, velocity and angle measurements. This instrument can operate in both heterodyne and zero-IF modes. This technology has widespread application, mainly with regard to military, commercial and research applications.

1. 3Z10UM Application Field

The 3Z10UM instrument has various applications. In the military sector, the radar instrument is used in navigation, guidance, precision-target tracking, missile-system control, and border security. In the commercial sector, the instrument is mainly used for air traffic control and ship navigation systems. The instrument is also used in research applications such as astronomy and optics.

2. Working Principle

As with all radar instruments, the 3Z10UM uses radio waves to measure distance. The instrument emits pulses of high-frequency radio waves which travel until they hit an object. The corresponding echo signals are then received, comprising information on the distance and velocity of the object. This information is then used to form an image of the object with the help of the 3Z10UM’s advanced signal processing algorithms. The instrument can also measure the angle of the echo signals, providing a complete picture of the object.

The instrument uses two different modes of operation: the heterodyne mode and the zero-IF mode. In the heterodyne mode, the instrument is able to receive and process radio waves at high frequencies, allowing for precise tracking of objects. In the zero-IF mode, the instrument works with lower frequencies and is able to process echoes from a greater distance.

Conclusion

In summary, the 3Z10UM is a multi-mode instrument with a wide range of applications, specifically in the military, commercial and research sectors. The instrument works by emitting pulses of high-frequency radio waves, with the echoes received containing information about the distance and velocity of the object. The instrument has two different working modes, the heterodyne mode and zero-IF mode, both of which enable precise adjustment of parameters used in the signal processing algorithms.

The specific data is subject to PDF, and the above content is for reference