Chapter 265: Advanced Semiconductor Technology

In the factory conference room, Li Mingyuan stood before a giant blueprint, explaining the layout of the new industrial park to everyone.

"This is not a simple expansion, but a revolution." Passion flickered in Li Mingyuan's eyes.

"We are going to build the first modern military-industrial complex in Long Country here, from materials to electronics, from machinery to software, all autonomous and controllable."

After the meeting ended, Lao Liu pulled Li Mingyuan aside, "Little brother, your plan is too big. Can you see results in three months?"

Li Mingyuan smiled mysteriously, "Don't worry, I have a way."

In the late-night laboratory, Li Mingyuan was the only one there.

Li Mingyuan opened the system and clicked on "Beijixiong Guo Electronic Technology Data" in the inventory.

"Just this little bit of stuff, I don't know if it's enough..." Li Mingyuan sighed.

He read the data carefully, attempting to understand the principles within.

Although Beijixiong Guo's electronic technology lagged behind Di Guo, it had unique approaches in certain fields, especially regarding reliability design in harsh environments.

As his reading deepened, Li Mingyuan felt a familiar wave of dizziness, and flickering code began to appear in his field of vision.

【Host detected researching electronic technology, comprehension meets requirements】

【Triggering "Heaven-Defying Comprehension" skill】

【Extracting relevant technical information...】

【Extraction complete, complete technical data package generated】

It was as if a new door had opened before Li Mingyuan's eyes, and a massive amount of information surged into his mind like a tide:

Basic theories of semiconductor physics, manufacturing processes for Transistor and Integrated Circuit, design blueprints for Lithography Machine and Silicon Manufacturing Machine...

【Congratulations to the host for obtaining the "Electronic Technology Revolution" technical plan】

【Data content includes:】

【1. Complete technical plan for first-generation Lithography Machine】

Resolution: 2-micron lithography process

Alignment accuracy: ±0.5 microns

Light source: High-pressure mercury lamp, wavelength 365 nanometers

Processable wafer size: Up to 4 inches

Projection system: 5:1 reduction projection, resolution 1.5 microns

Key components: Precision optical system, stepper motor control system

【2. Complete plan for Silicon Manufacturing Machine】

Single-crystal silicon pulling technology: Czochralski method (CZ method)

Purity: 9N (99.9999999%)

Crystal orientation control: <100>, <111> optional

Maximum pulling diameter: 4 inches

Defect density control: <1000 per square centimeter

Doping control: Precise doping technology for boron, phosphorus, and arsenic

【3. Basic semiconductor theory】

PN junction physical model and mathematical description

Transistor operating principles and design formulas

Semiconductor material properties and parameter tables

Impurity doping control theory

Basics of thermal diffusion and ion implantation technology

Semiconductor device failure analysis methods

【4. Complete set of technology for primary Integrated Circuit】

Design methods for Small Scale Integrated Circuit (SSI)

Core circuit modules for Medium Scale Integrated Circuit (MSI)

Basic logic gate circuit design and optimization

Operational amplifier design and manufacturing

Basic design of digital-to-analog converters

Photoresist formula and process parameters

Mask design and manufacturing technology

Chip packaging and testing standards

【5. Simplified semiconductor factory design plan】

Construction standards and plans for class-100 cleanrooms

Key equipment layout and process flow

Quality control point settings and inspection methods

Simplified plan adapted to existing industrial conditions

Methods for substituting and synthesizing key raw materials

【Technical data has been implanted into host's memory, can be accessed at any time】

After the information torrent ended, Li Mingyuan slumped into his chair, his forehead covered in cold sweat.

The amount of information obtained this time was immense; it was a complete knowledge system capable of establishing a semiconductor industry from scratch.

"This... this is simply a treasure..." Li Mingyuan muttered to himself, scrambling to grab paper and pen to begin recording the key information in his mind.

Although the system said this knowledge had been "implanted into his memory," he still habitually wanted to record the most important parts.

"Lithography Machine... Silicon Manufacturing Machine... Integrated Circuit... Clean Room..." Li Mingyuan's pen tip moved rapidly across the paper, filling it densely with formulas, parameters, and process flows.

Although these technologies seemed very outdated from the perspective of his own era, under the current conditions, they were undoubtedly revolutionary breakthroughs.

"With these technologies, in three months, I will make the people of Di Guo gasp in astonishment!" Li Mingyuan looked toward the starry sky outside the window, a determined light flickering in his eyes.

……

The morning was bone-chillingly cold.

Li Mingyuan wrapped his military overcoat tightly around himself, clutching a thick stack of blueprints and data, and strode toward the main factory building.

It was not yet dawn, but he had already spent the entire night in the laboratory; his eyes were bloodshot, yet they could not hide his excitement.

"Chief Engineer Li, so early? Would you like to drink a cup of hot water to warm up first?" Lao Li Tou from the duty room poked his head out and handed over an enamel cup.

"No, there is an important meeting today." Li Mingyuan took the cup and said, "Lao Li, notify all the Technical Backbone and factory leaders to gather in the conference room in one hour."

"So urgent? What happened?"

"Nothing happened," Li Mingyuan grinned, "the weather is about to change."

One hour later, the main factory conference room was packed with people.

The Hexin Technical Backbone, workshop directors, and factory leaders whispered to each other with confusion and a hint of unease.

Such emergency meetings usually meant that a major problem had occurred or that there were important instructions from superiors.

"Comrades," Li Mingyuan stood in front of the blackboard, looking around the room, his voice steady and powerful,

"Last night, I studied the electronic technology data of Beijixiong Guo all night, and combined with the data collected from our front lines, I found the biggest shortcoming in our weapon systems."

He wrote a few large characters on the blackboard: "Precision—Electronics—Integration."

"Since the ceasefire, we have analyzed a large amount of combat data; where did we find the biggest problem with our weapon systems?"

"Insufficient precision!" several Technical Backbone answered in unison.

"That's right, insufficient precision." Li Mingyuan tapped the blackboard forcefully, "And where is the root of the precision problem?"

"Materials?"

"Processing equipment?"

"Design?"

Li Mingyuan shook his head, "These are all superficial. The fundamental problem is—our electronic components are too backward!"

The conference room fell into silence. Everyone looked at each other, not quite understanding what Li Mingyuan wanted to express. In most people's understanding, electronic components were just those bulky Vacuum Tubes, Resistors, and Capacitors, which seemed to have no direct relationship with weapon precision.

Li Mingyuan took a deep breath, knowing how much of a shock his next words would cause.

"Comrades, I want to propose a plan—the Lithography Machine Project."

He pulled a blueprint from the pile of data and stuck it on the blackboard. It was a sketch of a strange machine that looked like some kind of precision projection equipment, but the details were dizzyingly complex.

"What is this thing?" Lao Ma from the mechanical workshop asked with a frown.