In this guide, we will cover What is pulse vs CW signal?, What is the difference between pulse and CW?, What is the difference between pulse and CW in War Thunder?
What is pulse vs CW signal?
A pulse signal and a continuous wave (CW) signal are two different types of radar signals. A pulse signal consists of discrete bursts of electromagnetic energy, each separated by non-transmission intervals. This allows distance measurement by synchronizing the interval between the transmitted pulse and its echo. A continuous wave signal, on the other hand, is a continuous emission of electromagnetic energy without interruption. It is typically used to measure Doppler shifts to determine the speed of moving targets.
What is the difference between pulse and CW?
The difference between pulse and continuous wave (CW) radar is mainly in their emission patterns. Pulse radar emits short bursts of energy and measures the time it takes for these pulses to return from a target, allowing distance measurement. The CW radar continuously emits a signal and measures the frequency shift of the reflected signal to detect the target speed. Pulse radar is generally used for range measurement and target detection, while CW radar is more suitable for speed measurement and tracking.
What is the difference between pulse and CW in War Thunder?
In War Thunder, Pulse and Continuous Wave (CW) radar differ in their simulation of radar capabilities. The pulse radar in the game generally provides range information and can track targets at different distances, while the CW radar can focus on detecting speed and tracking movements. The game’s representation of these systems aims to reflect their actual functionality in the game’s combat scenarios.
A pulse signal refers to a radar transmission that consists of short bursts or pulses of electromagnetic energy, separated by periods of non-transmission. The duration of each pulse and the interval between pulses are key parameters that affect the resolution and detection capabilities of the radar.
The difference between a continuous wave and a pulse wave is that a continuous wave signal is emitted continuously without interruption, while a pulse wave consists of discrete bursts of energy. Continuous wave signals are often used to measure Doppler shifts and velocity, while pulse waves are used to determine distance and range resolution. The continuous wave provides continuous monitoring, while the pulse wave offers discrete measurements with the ability to measure distances.
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