Bright Sword Military System

However, Wang Xuexin still thinks the problem is simple.

The other end of the phone was silent for a while, and then I heard Turing's doubtful voice: "But, Comrade Leader, we may not be able to mass-produce this kind of circuit in the short term, at least I haven't found a way to mass-produce it yet!"

Then Turing also asked: "Is this too fast?"

What Turing asked is normal. The prototype has just been produced, and it is immediately required to use large-scale production on CNC machine tools to replace transistors... The thing to consider in this is the transition process, which is completely ignored by Wang Xuexin.

In fact, Wang Xuexin didn't ignore it, but he didn't understand it at all.

Because I didn't understand, I took it for granted that since the integrated circuit has been tested successfully, it can be produced and used!

When Wang Xuexin rushed to the research institute at Turing's request and saw the "integrated circuit", he understood what Turing was talking about.

The first integrated circuit was the size of a little finger.

It was only later that Wang Xuexin realized that he had misunderstood. The thing the size of his little finger was actually a metal plate used to fix the integrated circuit. The real integrated circuit was actually a small long strip of silicon chip glued in the middle. Small holes were drilled in the metal plate next to it. Several messy wires connected to different positions of the silicon chip.

Turing carefully pointed to several parts of the central silicon wafer with an electric pen and said: "I made a triode on this part of the silicon wafer, and a small amount of doping in this part of the silicon crystal produced the resistance I wanted, and finally made a reverse diode in this part to replace the capacitor, and then connected them into a circuit with copper wires... It is difficult to make it, so we completed it on a larger wafer, and finally cut it into the current size of 0.12 by 0.4!"

(Note: This is the real situation of the first integrated circuit, where 0.12 by 0.4 is inches, converted into centimeters is 0.3 by 1 centimeter)

Then Turing said excitedly: "This is a great invention, Comrade Leader! We have integrated 5 components on such a small chip, 5! And the power consumption and speed are much better than five components!"

Optimization means that it consumes less power and is faster, in short, it is more efficient.

This is not surprising. The power consumption is low because each component and wire has resistance, and the integrated components do not need to be connected with other wires, so the speed is improved while the power consumption is low.

Looking at Turing, who was too excited to be himself, Wang Xuexin was a little speechless.

If this is in modern times, a chip of this size can easily integrate tens of thousands of 10,000+ or ​​more components, right?Now there are only 5, and Turing is still happy like this?

But when I think about it, I feel normal. The times are different, and now we are starting from scratch. It is not easy to integrate five components with such a small chip to replace the $40 thing and get higher efficiency.

And this is just the beginning, and the follow-up integration level will definitely be further improved.

"So, where is the problem?" Wang Xuexin asked: "I mean mass production..."

Before he finished speaking, Wang Xuexin frowned. He already realized what the problem was.

Sure enough, Turing replied: "It is produced purely by hand, and there is no certain technology to do this kind of operation. For example, I want to turn a certain part into a capacitor and a certain part into a triode! We need to train a lot of high-level technicians!"

Wang Xuexin immediately vetoed Turing's statement.

Turing may have been a brilliant scientist, but they didn't understand industrial production.

Industrial production can never rely on training workers and then form large-scale production by hand. It must go in the direction of mechanization, that is, assembly line production.

How does Hyundai scale it up?

In this regard, Wang Xuexin can only ask the system for help...

"System prompt: 'Integrated circuit manufactured by plane processing technology', [-] million military industrial coins!"

I'll go, and I want [-] million military coins, isn't that too expensive?

But thinking about the value that this technology can create, Wang Xuexin thinks the price is fair, and even the system seems to be less...

Unexpectedly, as soon as the idea came up, the price began to rise. The 2000 million military industrial coins rose to 3000 million with the number jumping, and then [-] million...

And the upward momentum has not stopped at all.

Wang Xuexin was taken aback, and immediately bought the technology. When he bought it slowly, it had already risen to 5000 million.

Wang Xuexin couldn't help cursing: "You fucking increase the price in real time?"

The system replied: "Price increase is a market rule, the higher the demand, the higher the price!"

Wang Xuexin understood that the next time you want something, don't think that it is worth the money or worth the money.

While opening the "Plane Processing Technology" manual in his mind, Wang Xuexin returned his consciousness to reality, pretended to be thoughtful and said, "No, Mr. Turing, we can't do this!"

"Don't do that?" Turing looked at Wang Xuexin puzzled: "Then what should I do?"

Wang Xuexin raised his head towards the chip: "We should design it to be simpler and more suitable for factory assembly line operations. The technical work can be done by a small number of high-level technicians, and the rest can be made step by step by ordinary workers. This is what we need!"

With that said, Wang Xuexin took Turing out of the laboratory, took the notepad and pen from the staff next to him, and said while drawing: "For example, we can planarize it, and design all components on one board, which is convenient for installation and mechanized production. In addition, we can also use thin metal wires combined with conductive oxides to connect with silicon wafers instead of wires, so that components and wires can be integrated. In this way, it is possible to realize all components in one production!"

After speaking, Wang Xuexin added a few final strokes in the notebook, and the design of a planar integrated circuit was completed.

Wang Xuexin handed the notebook to the stunned Turing, and asked, "Is there any difficulty in realizing this?"

"No, no... This, this, is not difficult!" Turing stammered, "But, but how did you think of it? In such a short time..."

There was a trace of frustration in Turing's eyes, because he felt that he was an idiot in front of Wang Xuexin.

Wang Xuexin really wanted to tell him: You are already great, you didn't expect it to be normal, this needs a period of development and transition... I just bought it with money!

Damn, the thought of spending an extra 5000 million military industrial coins on Wang Xuexin makes my heart ache!

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