This project will involve carrying out a series of experiments during the implementation of the Radar kit. Some of the experiments will include measuring the speed of passing cars. This system contains design slides, circuit schematics with a high resolution image. The MATLAB is installed in the laptop and a code is used for every stage of the experiment. The Radar system has 3 different modes it uses to operate which include Doppler, time and range.
The system contains the modulator1 which produces linear ramp to regulate the pin in the OSC1. The modulator 1 makes the system one of the most complicated radar. The linear ramping plays an important role in the system of causing OSC1 to produce a linear FM chirp. This chip transmits and receives with the desired set magnitude. The system also uses a power supply and battery pack which consists of 2 battery packs and 12VDC power analog circuits. The battery packs are 4 AA batteries with each of them producing 6V and 12V. The report also indicates the bill of materials for all equipment needed in the making of this Radar system to enable proper budgeting. This is an important aspect because being a student, they issue of finance cannot be overlooked under any circumstances.
The Radar system is important because of its efficiency especially because it uses modern technology. This makes it very effective because it has a high frequency of 5.8GHz and has clear images. The reason behind choosing this project is that a laptop-based radar sensor system is capable of measuring Doppler, range and it is also able to form synthetic aperture radar images. Its frequency of 5.8GHz is different from others and the idea is new in the industry. This new idea is meant to bring revolution the sector of producing laptop that have high frequency and with improved