What is the purpose of a vacuum contactor in semiconductor manufacturing?


Publish Time:

2023-08-04

Source:

Tongyi Xiguang

In semiconductor manufacturing, cleaning and etching processes are required for the chip surface. Due to the oxygen-free and dust-free characteristics of a vacuum environment, using a vacuum contactor can effectively remove surface impurities and ensure a high-quality cleaning and etching process.

  In semiconductor manufacturing, vacuum contactors are primarily used in the following areas:

  1. Cleaning and Etching: During semiconductor manufacturing, the chip surface requires cleaning and etching. The oxygen-free and dust-free nature of a vacuum environment allows vacuum contactors to effectively remove surface impurities and ensure a high-quality cleaning and etching process.

  2. Deposition: Semiconductor manufacturing requires surface modifications with deposited layers, such as metal or compound deposition. Vacuum contactors can control gases, evaporation sources, and ion beams for surface deposition modifications in a vacuum environment.

  3. Vertical Encapsulation: During semiconductor chip packaging, the chip is typically placed in a sealed container, and a vacuum contactor controls the air pressure during encapsulation. This helps ensure the stability and reliability of the packaging process.

  4. Testing and Inspection: After semiconductor chip manufacturing, testing and inspection are necessary. Vacuum contactors can control the connection and disconnection of testing instruments for accurate testing and inspection under vacuum or special atmospheres.

  In summary, vacuum contactors play a crucial role in semiconductor manufacturing. By providing a reliable vacuum environment, they ensure cleanliness, precision, and stability throughout the manufacturing process. This helps improve the quality and performance of semiconductor chips while reducing external contamination.