Calculation of Radar Range
The calculation of radar variety entails figuring out the distance from the radar transmitter to the target using the time it takes for the radar sign to journey to the goal and returned. The basic system for radar variety (R) is given by way of:
[Tex]R=\frac{c\times\Delta}{2} [/Tex]
where,
- R is the radar range, c is the speed of mild in a vacuum
- tauτ is the time it takes for the radar sign to tour to the goal and returned.
- The aspect of 1/2 is covered because the total distance traveled by the signal is twice the radar variety (to the target and returned).
Radar Range Calculation Steps
Measure Round-Trip Time (tauτ) : The radar system measures the time it takes for the transmitted signal to tour to the goal and back. This is often performed via measuring the time delay between the transmitted sign and the received echo.
Substitute into the Formula
- Substitute the measured spherical-trip time (tauτ) into the radar range formulation.
Calculate Radar Range
- Use the formulation [Tex]R=\frac{c\times\Delta}{2} [/Tex] to calculate the radar variety.
Continuous Wave Radar
Continuous Wave (CW) radar technology has been a cornerstone in the discipline of radar structures, imparting particular blessings and programs in various industries. Unlike pulsed radar systems, CW radar emits a continuous sign, imparting consistent statistics approximately the target. This article delves into the concepts, functionalities, and numerous programs of Continuous Wave Radar.
Table of Content
- Principles
- Doppler Radar
- Function
- Block Diagram
- Calculation of radar range
- Applications
- Working
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