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Semiconductor Process and Equipment(6/7)- Ion Implantation Process and Equipment
1. Introduction Ion implantation is one of the main processes in integrated circuit manufacturing. It refers to the process of accelerating an ion beam to a certain energy (generally in the range of keV to MeV) and then injecting it into the surface of a solid material to change the physical prop...Read more -
Semiconductor Process and Equipment(5/7)- Etching Process and Equipment
One Introduction Etching in the integrated circuit manufacturing process is divided into:-Wet etching;-Dry etching. In the early days, wet etching was widely used, but due to its limitations in line width control and etching directionality, most processes after 3μm use dry etching. Wet etching is...Read more -
Semiconductor Process and Equipment(4/7)- Photolithography Process and Equipment
One Overview In the integrated circuit manufacturing process, photolithography is the core process that determines the integration level of integrated circuits. The function of this process is to faithfully transmit and transfer the circuit graphic information from the mask (also called the mask)...Read more -
What is a Silicon Carbide Square Tray
Silicon Carbide Square Tray is a high-performance carrying tool designed for semiconductor manufacturing and processing. It is mainly used to carry precision materials such as silicon wafers and silicon carbide wafers. Due to the extremely high hardness, high temperature resistance, and chemical ...Read more -
What is a silicon carbide tray
Silicon carbide trays, also known as SiC trays, are important materials used to carry silicon wafers in the semiconductor manufacturing process. Silicon carbide has excellent properties such as high hardness, high temperature resistance, and corrosion resistance, so it is gradually replacing trad...Read more -
Semiconductor Process and Equipment（3/7）-Heating Process and Equipment
1. Overview Heating, also known as thermal processing, refers to manufacturing procedures that operate at high temperatures, usually higher than the melting point of aluminum. The heating process is usually carried out in a high-temperature furnace and includes major processes such as oxidation,...Read more -
Semiconductor Technology and Equipment(2/7)- Wafer Preparation and Processing
Wafers are the main raw materials for the production of integrated circuits, discrete semiconductor devices and power devices. More than 90% of integrated circuits are made on high-purity, high-quality wafers. Wafer preparation equipment refers to the process of making pure polycrystalline silico...Read more -
What is an RTP Wafer Carrier?
Understanding Its Role in Semiconductor Manufacturing Exploring the Essential Role of RTP Wafer Carriers in Advanced Semiconductor Processing In the world of semiconductor manufacturing, precision and control are crucial for producing high-quality devices that power modern electronics. One of the...Read more -
What is an Epi Carrier?
Exploring Its Crucial Role in Epitaxial Wafer Processing Understanding the Importance of Epi Carriers in Advanced Semiconductor Manufacturing In the semiconductor industry, the production of high-quality epitaxial (epi) wafers is a critical step in manufacturing devices ...Read more -
Semiconductor Process and Equipment (1/7) – Integrated Circuit Manufacturing Process
1.About Integrated Circuits 1.1 The concept and birth of integrated circuits Integrated Circuit (IC): refers to a device that combines active devices such as transistors and diodes with passive components such as resistors and capacitors through a series of specific processing tec...Read more -
What is an Epi Pan Carrier?
The semiconductor industry relies on highly specialized equipment to produce high-quality electronic devices. One such critical component in the epitaxial growth process is the epi pan carrier. This equipment plays a pivotal role in the deposition of epitaxial layers on semiconductor wafers, ensu...Read more -
What is MOCVD Susceptor?
The MOCVD method is one of the most stable processes currently used in the industry to grow high quality single crystalline thin films, such as single phase InGaN epilayers, III-N materials, and semiconductor films with multi quantum well structures, and is of great sign...Read more