Richard John Radar beam shaping refers to the technique of shaping and directing the radar beam using multiple antennas or antenna elements. By adjusting the phase and amplitude of each element’s signals, radar beamforming allows the system to focus the beam in specific directions and improve target detection and resolution. The concept of beam shaping involves using … Read more
The difference between phased array and SAR (synthetic aperture radar) lies in their operational principles and applications. Phased array radars use an array of antennas to electronically steer the radar beam and focus on targets without physically moving the antenna. SAR, in contrast, uses the movement of the radar platform to simulate a large antenna … Read more
Our focus today is on What are the types of SAR?, What are the different types of SAR images?, What type of sensor is SAR? What are the types of SAR? Types of SAR (synthetic aperture radar) include active SAR, passive SAR and passive aperture radar. Active SAR systems generate their own radar signals and … Read more
This post presents on What is the difference between active and passive phased array antenna?, What is active phased array antenna?, What is the difference between AESA and PESA radar? What is the difference between active and passive phased array antenna? The difference between active and passive progressive array antennas is their components and features. … Read more
This post highlights about What is an example of a structure activity relationship?, What is the structure activity relationship model?, What is the structure activity relationship rule? What is an example of a structure activity relationship? An example of a structure-activity relationship (SAR) is the relationship between the chemical structure of a drug and its … Read more
Different radar frequency bands refer to the range of radio frequencies used by radar systems to transmit and receive signals to detect and track objects. Radar operates in various frequency bands, each offering distinct advantages depending on factors such as range, resolution, atmospheric attenuation and target detection characteristics. Common frequency bands used in radar include: … Read more
Radar Velocity: Radar velocity refers to measuring the speed or speed of a target object using radar technology. Radar systems use the Doppler effect to detect and measure the speed of moving objects relative to the radar transmitter and receiver. The Doppler effect causes a shift in the frequency of the radar signal reflected from … Read more
The pulse synchronization technique involves controlling and measuring the duration between the transmission of radar pulses and their reception. This technique is used to determine the distance to a target by calculating the time it takes for a pulse to travel to the target and return to the radar system. Pulse time refers to the … Read more
In the following, we clarify How does pulse width affect radar performance?, How does bandwidth affect radar performance?, What factors affect radar performance? How does pulse width affect radar performance? Pulse width affects radar performance by determining the duration of the radar pulse, which influences the system’s ability to distinguish closely spaced targets. A longer … Read more
Today, We will learn about What is the function of MTI?, What is the concept of MTI?, What is the application of moving target indicator? What is the function of MTI? The function of MTI (moving target indicator) is to distinguish and track moving targets while filtering stationary or slow-moving objects from radar returns. MTI … Read more