一般来说,雷达用户和设计者都寻求使ΔR最小,以增强雷达性能。上式所示,

In general, radar users and designers seek to minimize ΔR to enhance radar performance. As shown in the above formula, in order to obtain a good distance resolution, the pulse width must be minimized. However, this will reduce the average transmit power and increase the operating bandwidth. Obtaining good distance resolution while maintaining sufficient average transmit power can be achieved by using pulse compression technology

In general, radar users and designers are looking to minimize the R to enhance radar performance. As shown in the above, the pulse width must be minimized in order to achieve a good distance resolution. However, this reduces the average transmit power and increases the operating bandwidth. Good distance resolution while maintaining sufficient average transmit power, which can be achieved by using pulse compression technology

In general, radar users and designers seek to minimize Δ r to enhance radar performance. As shown in the above equation, in order to obtain good range resolution, the pulse width must be minimized. However, this will reduce the average transmission power and increase the working bandwidth. A good range resolution and enough average transmit power can be achieved by using pulse compression technology<br>