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The tranquility on the surface does not mean anything. Both sides have slowed down the pace in order to accumulate strength and deliver a fatal blow to their opponents. The top novel, "The war is about to end, and some hidden things should be brought out and used." Now, we are studying these things, and the Germans must be carrying out similar projects. I am afraid that this war is the only opportunity to test the effectiveness of these equipment before the war. I hope everyone can seize this opportunity." A senior fleet official said. During the meeting, Yang Yonglin said this. Although it was not stated clearly, the participants all knew in what aspects China and the Allies had cooperated, and the current battlefield situation indeed required these high-tech equipment.

The Germans have radars, and China and the Allied Powers also have radars. In terms of technology historically, Germany’s radar technology is far behind that of the United States and the United Kingdom. Although Germany is stronger in this dimension, the United Kingdom, which has a strong industrial foundation, is also very advanced in radar technology. Gained some advantages in the field. Just when the Germans had just developed early warning radar, the British's first-generation anti-aircraft fire control radar had been completed and entered the small-scale production stage. This time, the Allied countries brought various Various experimental products are used to make up for the lack of anti-air defense power.

"According to intelligence, the German Air Force has begun to carry out air raids on important airports in Sicily. On the battlefield in central Italy, the opponent mostly uses harassment methods to consume our carrier-based aircraft. Everyone knows very well that even if both sides Consuming the same fuel and inflicting the same battle losses, we also suffer a loss. Therefore, our attacks must be targeted! At the same time, with the reduction of fleet aviation power (some aircraft carriers need to take turns to Corsica for supplies, in order to maintain fleet defense The levels are not comparable, and our defense must be organized. I suggest establishing a radar alert covering the area around Naples and important airports in Sicily." After the bosses reached an agreement, the following personnel need to establish a radar alert based on tactical needs. However, it is obvious that countries have not invested much radar. Therefore, limited radars can only be deployed in some important areas.

"The safety of airports in Messina and other places must be guaranteed. I recommend setting up two radars in each key area. One radar is placed on the high ground to expand the detection range, while the other is placed in the blind spot of the highland radar to perform supplementary operations. Blind mission. For enemy bombers attacking non-key areas, we can only monitor and not counterattack, but several key areas will be the backbone of our shore-based power in the future. We must ensure that the fleet will arrange 2 aircraft carriers and 1 An aviation cruiser is dedicated to providing anti-aircraft firepower to these areas."

"The ports around Naples must be safe. The Germans are also aware of this. They send night bombers to attack the ports almost every night, although the effect is not obvious now. So we will send a group of searchlights that can guide searchlights." Radars are deployed around the port. The British have another fire control radar that can guide anti-aircraft artillery to attack. It is said that the test results are good. They will assume the heavy responsibility of our night air defense and serve as a supplementary defense force during the day." Sumer said.

"Night bombing is not very effective without ground guidance. Don't worry too much about this. What I worry about is that the opponent will launch a large-scale air attack during the day after accumulating strength. In the last battle of Naples, we mobilized almost the entire central

and all mobile forces in the southern Italian theater and the Italian

The naval aviation achieved a tragic victory. But this time the opponent has deployed fighter jets in Italy, and the range of the fighter jets has been further shortened. The number of fighter jets participating in the war will also be greater. The strength of several heavy bomber wings such as the Lancers has been reduced to varying degrees.

recovery. The situation is grim." Li Mei said from the side.

"The Haidongqing Brigade will transfer from Corsica to Sicily within three days. The British fast bomber force will also come, and some of these aircraft will be equipped with large-caliber aircraft cannons to deal with those heavy bombers.

The other part needs to be equipped with an electronic countermeasures equipment to deal with the German radar. We really don't

We can wait until the other side is ready before taking action. So before that, we still need to organize a larger-scale air strike. According to our aerial reconnaissance, radar signals were found at some key points of the German army. We are trying to detect the frequency range of the radar.

Technical data will be analyzed to formulate corresponding countermeasures," Portel said.

Su Mo had to admire his brother-in-law's foresight. With Xu Jie's strong support, China's research on electronic equipment started very early, although it was not smooth at the beginning due to its own fundamental problems. It was not as good as an established brand like the UK.

industrial power, but at least it laid a foundation and cultivated a group of

After the reconciliation with the British, with the increase in technical exchanges between the two sides, the level of China's electronic equipment also advanced by leaps and bounds. What was commendable was that Su Mo discovered that Xu Jie had a unique introduction to the development direction of electronic equipment, such as magnets.

The research and development of control, and how to interfere and counter-interference, etc.

According to the British, although China is not advanced in terms of subsystems, relying on more reasonable designs and diverse anti-jamming measures, the radars produced by China are not inferior. "This is similar to the battleship designed by Mr. Xu back then.

The same thing, using the same components and systems, Mr. Xu's battleships are always the best." A British officer once said to Su Mo in private. After this sentence reached Xu Jie's ears, it became a time-travel concept.

He was a little proud of himself.

This time, China plans to use this war to test the achievements of electronic warfare research over the years. Although it sounds a bit high-level, in fact, electronic countermeasures at this time are still very simple. Taking this operation as an example, China first

Installing special receiving antennas on some fast bombers, he

They take the initiative to go to the target area to lure the opponent's radar to turn on, and then use the equipment to determine the working band of the opponent's radar. Because the radar generally covers a certain frequency, one reconnaissance does not necessarily capture all the bands. Only through repeated reconnaissance

Only then can all information be collected.

Is it done after collecting it? Of course it is not like this. If the other party only deploys one radar, it is naturally simple, but what about deploying two radars? For example, one works in a higher frequency band and the other works in a lower frequency.

So if you simply prepare a jammer to interfere with a certain band,

Measures are useless. Back then, China's defensive side used this method to counter the opponent's suppression in its own exercises. It made the offensive side disgraced. Therefore, the Chinese electronic warfare force, which has an extra savvy, carried out reconnaissance.

He was very serious and had roughly determined the opponent's radar position.

However, it turns out that the Chinese electronic warfare force under the guidance of the time traveler has some high regard for the Germans. The Germans did deploy multiple radars on key targets in order to ensure radar coverage, but their anti-jamming of the radars was poor.

There are no measures, at least not shown on the battlefield. Multiple radars use one frequency to scan, and the gap between them is very small. They can be covered by one interference method. In terms of radar layout, the opponent uses

It is also a method of being solid on the outside and virtual on the inside. Most radars are deployed on the periphery to expand the detection range as much as possible, and the radar overlap area is not very large. The result of this deployment is that once the outer realm is broken through, there is no chance of remediation inside.

No. This layout is too rough in the eyes of the Chinese electronic warfare force. If China builds a radar, it will even give up the monitoring range and leave at least one radar for the inner circle, and the working frequency bands of the inner and outer radars will definitely not be the same.

.

After determining the opponent's radar data and location, all that's left is interference. There are two jamming measures China has prepared this time. One is to implement targeted interference against the opponent's radar frequency. In future operations, the Chinese Air Force and the British Air Force

10 jamming aircraft were prepared together, divided into 5 groups, each group interfered with the radar in a specific frequency band. According to the general

The principle of targeted jamming is that the best way is to directly aim the jammer's frequency band at the frequency at which the other party's radar operates, which is highly efficient. But considering that if the German radar operator suddenly modulates the frequency directly, the interference would be

The battle was soon in vain, so the Allied Powers finally decided to be prepared and prepared for the frequency of possible attacks by their opponents.

But considering that the stability of jammers in this era is really urgent, what if several jammers fail due to some indescribable reasons? Then directly expose the fleet to the attack of the opponent's fighter jets or radar-guided anti-aircraft guns.

? (In fact, the Germans did not develop a fire control radar, but John Bull, the academic tycoon, used himself to save others. I am afraid that the Germans also have air-to-air fire control radar.

As a result, the second type of interference seems to be universally applicable. It is a method of interference that was used in the early Cold War. It is also the simplest and least technical. The specific implementation of interference requires only manpower - throwing chaff and

Interference rope! Of course, considering that this thing must be thrown enough, it can form a walking path.

The corridor is used to shield the attacking aircraft group, so the carrier aircraft must be a relatively large twin-engine bomber. This kind of interference is to hide the aircraft in the echo formed by the chaff and interference ropes all over the sky, so that the opponent's radar can distinguish it.

Furthermore, it will be impossible to track, unable to guide the aircraft to intercept, and the fire control radar will also be ineffective.

Germany is increasing the number of fighter jets, but the number of airports is really limited, so they can only cram aircraft into those large airports. The sheltering bunkers are definitely not enough, and the hangars that can only protect against wind and rain have long been crowded.

When it is full, many planes are stacked in the open air, filling every airport! The Allied Powers and the Chinese Air Force will take advantage of the opponent's launch to catch the opponent off guard.

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