KJL3T19N11PN

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KJL3T19N11PN is a type of airborne pulse laser ranging accessory designed to measure range and angle in real time by using airborne laser impulse. This kind of product is widely used in various fields such as geographical surveying, topographical mapping, and terrain survey. In this article, we will explore the application field and working principle of the KJL3T19N11PN.

The KJL3T19N11PN operates by emitting laser pulses and then measuring the time it takes for the laser pulses to return to its own antenna. The time interval between the outbound pulse and the return pulse is used to accurately measure the range and angle of the target object. This type of airborne pulse laser is able to measure distances up to a distance of 10 kilometers with a deviation less than 0.5%. This accuracy rate allows the KJL3T19N11PN to be used for a variety of applications.

The KJL3T19N11PN has a wide range of applications. Its accuracy and range are especially beneficial for applications that require precise measurements. These include surveying, mapping, and other terrain surveys. Its well-designed antenna allows it to observe the terrain from up to 10 kilometers away, allowing for finer detail in terrain measurements. Because of its long range, the KJL3T19N11PN can also be used for applications such as urban site mapping, land surveying, and land use analysis. The system is also useful for applications that require long-distance range finding.

In addition to the wide range of applications, the KJL3T19N11PN has a number of advantages. Its long-distance range finding gives it great accuracy over a wide area. Its antenna works well to detect targets at distances up to 10 kilometers. It is also extremely lightweight and portable, so it can be easily carried and used in different environments. This makes it an ideal choice for a wide range of applications.

The KJL3T19N11PN operates by employing the time-of-flight technique. This technique uses laser pulses to measure the time interval between the outbound pulse and return pulse in order to determine the range. The outbound pulse is sent out at regular intervals and the return pulse is read by the system’s antenna. The system then calculates the distance between the outbound pulse and the return pulse to determine the range. This technique is highly accurate, allowing for very precise measurements.

The system also employs a direction-finding technique that allows the system to determine the angle of the object. This is done by measuring the phase difference between the outbound and return pulses. The angle of the target is then determined by calculating the difference in the phase measurement. This technique is also highly accurate, making the KJL3T19N11PN a reliable tool for surveying, mapping, and other terrain surveys.

In conclusion, the KJL3T19N11PN is a highly capable airborne pulse laser system designed for a variety of applications. Its long-distance rangefinding and direction-finding capabilities make it ideal for surveying, mapping, and terrain surveying. Its accuracy and portability make it an ideal choice for a variety of applications. With its wide range of advantages, this type of system is sure to continue to be popular and reliable for a range of uses.

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