Invincible Smart-Guy System

C414 Phase Control Antenna



C414 Phase Control Antenna

For Zhang Yunfeng right now, the easiest product to cross the era is electronic products. This kind of product. The production of the product relied on semiconductor technology and chip technology. Thus, whether it was the radar or the satellite, it was not a big problem for Dong Chen.    

    

In addition, the waiter had combined the core technology of the radar and the GPS satellite. In general, Dong Chen could already combine the two together and develop them together.    

    

Whether it was the radar or the GPS satellite, they needed to have absolute control over the electromagnetic waves they released. This caused the nature of the electromagnetic waves to undergo a huge change. Simply put, it was equivalent to setting up a communication function with the main body for each electromagnetic wave, causing the electromagnetic waves to be launched at the same time. It was able to transmit the trajectory and distance of the body to the main body in a timely manner. The area covered by the control array radar was no more than a few hundred kilometers. However, the satellite had to cover an extremely large area in the sky and cooperate with other satellites. Completing the global seamless coverage was a huge project even for Dong Chen. As for Zhang Yunfeng, the starting point was on the radar.Edited by: Lifer, Fingerfox Editor: Nyoi-Bo Studio Editor: Nyoi-Bo Studio Editor: Nyoi-Bo Studio Editor: Nyoi-Bo Studio Editor: Nyoi-Bo Studio    

    

Zhang Yunfeng used the high-precision electronic processing production line to shrink the size of the phase-controlled antenna to a cylindrical cylinder less than one centimeter long and less than two millimeters in diameter. This phase-controlled antenna was a high-end technology decades later. Not only did it have the function of a normal radar, but it also had the function of a normal radar. Most importantly, it released electromagnetic waves on itself. It had absolute control.    

    

When the first miniature Phase Controlling Array antenna was produced, Zhang Yunfeng immediately combined it with the radar's main body and the computing chip to conduct an independent test on the single antenna.    

    

Generally speaking, the detection range of an aircraft's radar would not exceed 200 kilometers. The biggest problem was that the power was limited. After all, every kilogram of the plane's weight was very precious. It was impossible to bring a high-power radar up to the sky. So, even if it's a range of 200 kilometers, it only means the maximum distance... At this distance, the ability to detect the target would be greatly weakened. Unless it was a large target, a small target, or a target that moved too fast... Basically, it would only be discovered within a hundred kilometers... And... Due to the problem with the radar antenna of the spacecraft's radar, the range of vision was usually only about a hundred kilometers. The lower vision distance is even shorter, most of it is maintained between 80,100 kilometers. This was also related to the lift limit of the aircraft.    

    

However, the radar antenna that the waiter designed could detect at least 300 kilometers away. If the power was increased, theoretically, the maximum range could be 500 kilometers. Moreover, the electromagnetic waves of this kind of radar would not deviate even if it was 500 kilometers away. Under any special circumstances, it could be clearly sensed.    

    

This time, the test for the single antenna was carried out by Zhang Yunfeng alone. Of course, it also included the waiter in his mind, a person and a virtual character.    

    

The entire set of radar's mainframe equipment and the single control array antenna were carried to the courtyard outside the production line. Zhang Yunfeng followed the waiter's instructions and turned on the radar and sent the power to the control array antenna. The angle of the control array radar was set at 30 degrees. At this time, the computing chip immediately performed real-time analysis and display of Redab's situation.    

    

Zhang Yunfeng looked at the display on the radar screen and said, "The radar just showed that Ridap had a change in position at a distance of 14 kilometers in an instant. A target point appeared on the radar. But a second later, a straight line was restored and the distance was also restored to 300 kilometers. What's going on? "    

    

The waiter answered without thinking, "There was a reaction at that moment."    

    

As he spoke, the waiter continued, "We only used one control array antenna now, which also means that the detection range is very narrow. Like a flashlight, if we pass by a fast-moving plane or object at an angle of 30 degrees and 14 kilometers, it would be like a beam of light. Then it will reflect radar waves in an instant. But after a moment... , the plane is already out of the radar's detection range. If we install more than 10,000 antennas... Then we can use a stereotype to cover the entire sky. Our radar is no longer a single line, but an entire 3D package. No matter how fast the target is, they will be detected by different antennas. After calculating the changes in radar waves, the antenna will be able to provide a clear framework for the target's movement. "    

    

Zhang Yunfeng nodded and said, "If that's the case, then no matter how good the stealth ability of the plane is, it will still lose its stealth ability."    

    

"That's right." The waiter smiled and said, "The traditional radar wave is silly, as long as it does not form the reflection of the instruction. The radar will determine that there is no target in a certain area. It is clean and safe. This way, as long as the plane's radar reflection was small enough, the radar would almost lose its function. But when faced with our radar, whether it's absorption or reflection, it's meaningless. Our detection range, for example, is 300 kilometers, just 300 kilometers away. Suddenly, a plane appeared, absorbing or refracting all of our radar waves. Then, according to the distance and state of radar waves, the A.I. Chip will be able to instantly calculate their position, form, and trajectory. "    

    

As he spoke, Xiao Er made an example and said, "radar waves are like a rainstorm. The raindrops are extremely dense. Under such circumstances, once there are objects moving in the rainstorm, there is no way to avoid the rainstorm's coverage, and according to the trajectory of each raindrop, it will be able to outline the opponent's movements in the rainstorm. "    

    

Zhang Yunfeng asked, "If we use this radar technology on the spacecraft's radar, our radar will be able to detect the target immediately. However, for the fire control system, other than directing the target, what help can it provide?"    

    

"There's nothing else to help with" The waiter said: "We're not planning to design a new fire control system, we can discover countless targets at the same time. However, how many targets can we effectively lock onto depends on the fire control system's own abilities. Moreover, this is also related to the firepower performance. Furthermore, even if we upgrade the fire control system, the current technical conditions of the air-to-air missile... It's not good enough to cooperate with this radar. Most of the missiles are now in a state of post-launch silence. Locate the target, launch the missile, and leave the rest to the missile to make its own judgment. However, whether it was the missiles using infrared or radar guidance, once the enemy discovered that the missiles were approaching... There would be enough time to release interference missiles and even spray fuel and burn to interfere with the missile's judgment. This kind of guidance system, for this phase-control radar, it's very backward. "    

    

Speaking up to this point, the waiter continued: "If you want to truly apply the radar to the range of attack, then the missile guidance system will have to undergo a huge change. The missiles don't need to rely on infrared guidance or have their own radars to guide them. All of them rely on the control array radars to guide them. For example, our PC radar has discovered ten targets. The fire control system has locked onto these ten targets. The aircraft can fire four air-to-air missiles at the same time. The pilot has chosen four targets to attack, and the radar has locked onto these four targets. When the pilot pressed the missile launch button, the missile ignited out of the cabin. At this time, the missile and the control array radar were activated. The control array radar continuously sent out the latest and most precise location information to different missiles, directly guiding the missile over. This way, even if the other party released the interference bomb, it would not be able to interfere with the missile's judgment. Because the missiles were not judged by themselves, but completely relying on the guidance of the main radar. And the main radar would bite the other party from the beginning to the end, and would not be deceived by the other party's means. Thus, under these circumstances, the missile's accuracy will be greatly increased. "    

    

Zhang Yunfeng was stunned for a moment, then he said, "You mean, not only do you want to build radars, you also want to build a fire control system, and then make missiles?"    

    

Little Two nodded and said, "That's right. One ring is linked to another. If you want to increase it in all aspects, there will be no shortage of them."    

    

Zhang Yunfeng asked in return, "I also built the aircraft engine. It feels like they are building a plane cover. Leave the rest to me?"    

    

The waiter smiled and said, "If you want to improve everything, then this is the only way." As he spoke, the waiter said, "Furthermore, if we make it ourselves, we won't destroy 20. The overall activation design of the Annihilation 20 isn't very good, and its appearance isn't very good either."    

    

"Forget it" Zhang Yunfeng waved his hand and said, "Don't think so much about it. Let's build the radar steadily. It has a great improvement in air defense. If we follow what you said, with a full upgrade, there won't be a need for more of these planes. 20 of them will be enough to defend against air defense all over the country. "    

    

Then, Zhang Yunfeng made an analogy and said, "For example, we have a plane like this with us. When the other party is 500 kilometers away from us... We have already discovered and bit the enemy first, and then the missile's accuracy is shockingly high. As long as the load is sufficient, the ratio of casualties can be infinitely increased. Such a plane... With two flying squadrons mixed in, they can destroy one of the enemy's flying squadrons. "    

    

The waiter smiled and said:" If we upgrade again, we can upgrade it to a form without any radar reflection or special paint. Basically, no matter where we go, it'll be as if we're in a no-man's land. If the performance of the aircraft is improved again, the speed of the plane will be above Mach 3. Then, we'll basically have to make two rounds in the air battle area, and there won't be much left for the other side."    

    

"No way, no way." Zhang Yunfeng waved his hand and said, "There's no need at all. If we do that, I'm afraid we'll become the public enemy of the world. We'll still follow the original plan and only build radar!"    

    

The waiter smiled and said, "There are basically no more problems that need to be solved. Our phase-controlled antenna has met the requirements of the design. The rest is on a radar antenna, which is densely covered with over ten thousand control array antennas. If that's the case, the radar will be fine. "    

    


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