Semiconductor
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Semiconductor

With the continuous development of the semiconductor industry, the requirements for material properties and component structure are getting higher and higher. With the advantages of high precision, high efficiency and low cost, ceramic 3D printing technology will become an important tool in semiconductor manufacturing.

Vacuum chucks for the semiconductor industry
Vacuum chucks for the semiconductor industry
The core role of vacuum Chuck in the semiconductor industry is to achieve stable and damage-free wafer fixation through its unique vacuum technology principle, and to ensure the accuracy and stability of the semiconductor manufacturing process.

The application principle of the vacuum Chuck in the semiconductor industry is that the wafer is adsorbed on the surface of the Chuck by using the vacuum principle to avoid mechanical damage and pollution.The surface of the suction cup is designed with dense tiny holes, which are connected to the external vacuum pump system.After the vacuum pump is started, the air between the Chuck and the wafer is pumped out to form a vacuum area, and the wafer is firmly pressed on the surface of the Chuck under the external atmospheric pressure.

The vacuum Chuck can improve the production efficiency, reduce the dependence on manual operation, has high precision and stability, and ensures the precision and consistency of wafer processing.Adaptable to handle different sizes and types of wafer processing needs.
Wire-wound Ceramic Resistors for Fiber Optic Applications
Wire-wound Ceramic Resistors for Fiber Optic Applications
Wire-wound ceramic resistor is a kind of electronic component made by winding conductor wire and using ceramic layer cushion.In the process of electrification, the conductor wire generates heat, and the ceramic material plays the role of heat insulation and support, so as to achieve the purpose of adjusting the current and impedance in the circuit.Wire-wound ceramic resistor has the characteristics of high temperature resistance, low temperature stability and strong fault tolerance. It is a commonly used resistor in electronic components.

1. High temperature resistance: The wire-wound ceramic resistor can work at high temperature (over 200 ℃) for a long time with good stability.
2. Good stability at low temperature: The wire-wound ceramic resistor can work continuously at low temperature (-55 ℃-+ 125 ℃) and is not affected by the change of ambient temperature.
3. Strong fault tolerance: The wire-wound ceramic resistor is not affected by overvoltage and overcurrent, and plays a role in stabilizing the circuit.
4. High precision: The resistance precision of the wire-wound ceramic resistor is high, which can meet the requirements of the semiconductor industry.

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