Chapter 576 The stall is a bit big, let’s sort it out

"If you are interested in this dispenser and want to make it, then use this structure as the project materials. As for the range, we will listen to the opinions of the troops and then determine whether to use power and what power to use based on the range."

According to Gao Zhendong's idea, the simpler the better. If it can glide, then glide. At most, add a rocket engine. Turbojets and turbofans are technically difficult, expensive, and have complex structures. They are not suitable at this stage.

With the enemy's field anti-aircraft firepower at that time, gliding is almost enough.

As for the guidance, Gao Zhendong even wanted to install the simplest control without even any guidance. After the bombing sight on the aircraft calculated the aiming data, it would automatically calibrate the direction and release time on the missile and let the dispenser fly over and explode by itself. This is commonly known as a timer.

"The same goes for the guidance system. In the project application materials, just state that there is simple guidance and include the approximate accuracy range I just mentioned. The specific technical route can be discussed after the project is approved."

Comrades from Chunlei Factory praised the idea again and again, saying that Chief Engineer Gao was very considerate. These two topics together would just be enough for their researchers to digest.

The focus of laser-guided bombs is on the guidance system, while the focus of long-range dispensers is on aerodynamics, power and structural design. There is no waste and it is perfect.

"Chief Engineer Gao, we are interested in both of these things. You don't need to recruit any more talents. We promise to do a good job." General Manager Zhang patted his chest and made assurances. Judging from the look on General Manager Gao's face, if he didn't decide on this matter earlier, maybe some lucky unit would come and take it over.

Gao Zhendong felt that they were very suitable. After all, the Chunlei Factory was an organization strictly selected by the Defense Work Committee and the Land Equipment Bureau. There might not be many better ones than them. Even if there were, they would probably be overwhelmed with tasks.

After getting Gao Zhendong's confirmation, the comrades from Chunlei Factory returned to the Defense Working Committee Guesthouse with their findings. They wanted to come up with the preliminary project documents as soon as possible and finalize the matter.

After seeing them off, Gao Zhendong turned around and went back to his own business.

The news from Factory 1274 is very good. The lithography machine has been fully integrated into the production process, and the integrated circuit technology is moving towards complete maturity step by step.

Gao Zhendong put a lot of effort into it and mobilized the resources of so many units to develop this thing, not just for a few digital logic circuits.

10μm-PMOS can do a lot of things.

There were two sets of drawings in front of Gao Zhendong. They were the first gifts he prepared for the maturity of integrated circuit technology, in addition to the batch of IC design seeds from Beijing University of Technology.

This is DJS-59, which is the production mask pattern of two ICs, C8008 and C1103. The IC design seeds from Beijing University of Technology are not yet useful for IC designs of such complexity as CPU and DRAM, but Gao Zhendong can restore these two things by himself using the data extracted at that time.

This job was extremely troublesome. Even though Gao Zhendong understood everything and his enhanced brain had sufficient logical, memory, and analytical capabilities, and even though the logical connections of all components were complete and accurate, mapping the 6000 transistors of each IC from the blueprint onto a set of multi-layer mask images was still a very difficult task for him.

Not only the brain power, but also the physical strength, eyesight and patience are all put to the test.

The specific process is not as simple as the simplified description of "mapping".

This is considered the smallest complex IC, and Gao Zhendong had a hard time just completing the last part of the work.

But no matter what, Gao Zhendong finally completed the ICization of CPU and DRAM, and this achievement alone is enough for him to be proud of.

As for single-chip microcomputers, Gao Zhendong is not planning to make them for the time being. For the existing conditions and environment, there is not much difference between using a single-chip microcomputer IC without a built-in erasable ROM and a CPU+DRAM. It is just the difference between 1 IC and 2~3 ICs. In any case, they all require external program memory.

As for making erasable ROM, Gao Zhendong has no such idea for the time being. Things have their priorities. DRAM maintained by magnetic cores, magnetic tapes, and batteries are all means to replace ROM under different environments and requirements. When necessary, directly using integrated circuit manufacturing technology to burn the program into the PMOS-IC is also a means.

This method is highly reliable but also high-cost, and is generally not needed. However, when used in equipment manufacturing, everything seems to make sense.

Gao Zhendong is planning to put the time he put into tinkering with single-chip microcomputers into another urgently needed device. As for the single-chip microcomputer, he will go back and set up a plan and come up with an architecture, and let the Institute of Computing Technology and Beijing University of Technology work together to handle the rest.

They don't have the capability to produce new devices for the time being, but the microcontroller, which is very similar to DJS-59, should be no problem.

But all that is a matter of the past. Gao Zhendong spent a few more days carefully checking the two sets of mask images one last time. He then encrypted them and sent them to the 12th Ministry of Machine Building, requesting it to coordinate with the Northeast Institute of Optics to make the masks.

The scale of these two items is a bit large, so it would be more appropriate for the 12th Ministry of Machine Building to coordinate.

The 614th Ministry of Machine Building received a call and email from Gao Zhendong, but didn't even ask what it was. Instead, they directly gave the two drawings the code names G1-614 and G2-, and contacted the Northeast Institute of Optics.

Gao Zhendong, April 61, first set, second set, it was that simple. After finishing these things, Gao Zhendong breathed a sigh of relief.

The stall has spread out a bit too much, it's time to tidy it up and close it down.

His main job was easy to handle. For the 6011 campaign, he only had to issue the proportions and manufacturing processes of steel materials one by one. Naturally, the comrades from the Third Rolling Mill, Beijing Steel Plant, and the Third Branch Plant would implement them. He himself seemed to be doing nothing.

The integrated circuit technology is about to come to fruition. The next step is to move towards smaller line widths. This involves very important matters. Fortunately, I have solidified the permanent extraction rights of the things I like in the system, otherwise I might not be able to catch up.

In the field of computer application, several junior students are working on compiling a network protocol cluster based on the protocol he gave. Gao Zhendong doesn't need to think too much about it in the short term. Computer application is mainly the job of the user. Gao Zhendong can't help except providing basic conditions such as computers, network communications, operating systems, and programming languages. He doesn't know what others are going to do with this stuff.

The second-generation tank has been launched, but there are actually only two problems left that Gao Zhendong needs to solve - the materials of the two-stroke engine and the thick plate welding process. In this regard, he is waiting for the requirements from the Grassland Tractor Factory.

The program-controlled switches and fiber-optic gyroscopes are being developed by the Institute of Communications and the Institute of Original Research. These two places are indeed very strong, and Gao Zhendong only needs to solve the core problems. He doesn't need to worry about the minor issues.

As for the army equipment, apart from the second-generation tanks, the only thing that is of greater concern to him is the anti-artillery radar. The rest are all ready. To be frank, it is definitely enough for the Zha San to get into trouble. It seems that there is not much else to do in a hurry.

The biggest part left, apart from the Raiden-1 modification that has already started, is the Air Force that has just taken over. This is the big deal! Anti-ship missiles, fighter radars, and early warning aircraft modification are the three most urgent things. As for bombers to attack aircraft, attack aircraft to fighters, and the last two types of the three levels and three types, either there are comrades in charge, or it is not time yet. However, he has already started preparing the ammunition for the attack aircraft. Chunlei Factory is responsible for this.

In addition, there are two "small" things.

First, the Defense Work Committee and Gao Zhendong himself have always been very interested in the automated command system, but due to issues such as communication conditions, there has been no substantial progress.

Secondly, there is the matter of my good wife's barefoot doctor manual. But there is no rush for this, so let's take our time.

Thinking of doctors and injuries, Gao Zhendong suddenly remembered that he always felt like something was missing!

Damn it, how could I have forgotten this thing! When I was in the tunnel, I was hoping for this thing, so that I could save a lot of comrades from dying!

Individual bulletproof equipment!

Gao Zhendong didn't have the idea of ​​doing the whole process from head to toe, from soft to hard, in a short period of time.

For the time being, putting aside the convenience, there is not much difference between aramid helmets and steel helmets in terms of bulletproof, so it is better to use a steel helmet...

Oh my god, it seems that even the steel helmets are not available properly now. No, I have to bring up this matter some other day and find some work for the related majors in Beijing University of Technology. As an associate professor, I am still very competent, Gao Zhendong was quite pleased.

Soft bulletproof vests are not very meaningful. The British Type 77 (Li Enfei) used by Zang San is old, but the bullets are full-power bullets, and the aramid vest can hardly withstand it.

And it's heavy. Don't think that soft bulletproof vests can be made into a suit like in the movies. Even if it is really made, it is more decorative than practical.

More importantly, aramid is not Gao Zhendong's forte. He has neither the relevant background nor the relevant equipment and environmental conditions, and he also lacks personnel to assist him.

So Gao Zhendong’s idea was very simple - skip the soft armor, steel plates, and plastic plates, play to his strengths, and go directly to the ceramic bulletproof plates!
It's hard to say about boron carbide for now, let's get the aluminum oxide one first! It also has strong protection.

With this thing, plus a helmet, I believe we can save a lot of soldiers.

Just do it! Gao Zhendong thought about it for a long time. He really understood this thing and didn't even need to search for information.

Thanks to all those nitpickers who pestered me and posted eight hundred posts to argue with me!

He quickly took out a pen and paper and wrote on the paper for half an hour. He then called Liu Rongguo. He had already completed the work on the bismuth telluride matrix of the semiconductor refrigerator, and the remaining manufacturing work was being carried out at Factory 1274.

When he heard Gao Zhendong calling him, he came happily, as if he was full of energy.

(End of this chapter)