The mainstream corrugated resistor production process is a common electronic component production process, which plays an important role in electronic equipment. Corrugated resistors are a type of resistor with a corrugated appearance and are usually used in circuits such as current limiting, voltage division, and voltage stabilization. The production process of corrugated resistors mainly includes material preparation, manufacturing process, testing, and packaging.

First of all, the production process of corrugated resistors begins with material preparation. The main materials of corrugated resistors include resistance materials, conductor materials, insulation materials, etc. Resistance materials are usually metals or alloys, conductor materials are usually copper or aluminum, and insulation materials are usually ceramics or plastics. These materials need to be strictly screened and inspected to ensure that their quality meets the requirements.

Next is the manufacturing process. The manufacturing process of corrugated resistors mainly includes material forming, welding, sintering, cutting, debugging and other links. First, the resistance material and the conductor material are mixed in a certain proportion and formed into a corrugated shape by a molding machine. Then, the formed corrugated resistor is welded to connect the conductor material with the resistor material. Next, the welded corrugated resistor is sintered to give it a certain stability and high temperature resistance. Finally, the sintered corrugated resistor is cut and debugged to ensure that its resistance value and performance meet the requirements.

After the manufacturing process is completed, the corrugated resistor needs to be tested. The tests mainly include resistance value test, voltage resistance test, temperature test, etc. Through these tests, it can be ensured that the quality of the corrugated resistor meets the standards and can be used normally.

The last step is packaging. After the production of the corrugated resistor is completed, it needs to be packaged to protect it from the external environment. Usually the corrugated resistor is packaged in a plastic bag or box, and then packed in a carton. After packaging, the corrugated resistor can be stored and transported.

In general, the mainstream corrugated resistor production process includes material preparation, manufacturing process, testing and packaging, etc. Through strict production process, it can ensure that the quality and performance of the corrugated resistor meet the requirements, providing guarantee for the normal operation of electronic equipment.

The mainstream corrugated resistor production process is a common electronic component production process, which plays an important role in electronic equipment. Corrugated resistors are a type of resistor with a corrugated appearance and are usually used in circuits such as current limiting, voltage division, and voltage stabilization. The production process of corrugated resistors mainly includes material preparation, manufacturing process, testing, and packaging.

First of all, the production process of corrugated resistors begins with material preparation. The main materials of corrugated resistors include resistance materials, conductor materials, insulation materials, etc. Resistance materials are usually metals or alloys, conductor materials are usually copper or aluminum, and insulation materials are usually ceramics or plastics. These materials need to be strictly screened and inspected to ensure that their quality meets the requirements.

Next is the manufacturing process. The manufacturing process of corrugated resistors mainly includes material forming, welding, sintering, cutting, debugging and other links. First, the resistance material and the conductor material are mixed in a certain proportion and formed into a corrugated shape by a molding machine. Then, the formed corrugated resistor is welded to connect the conductor material with the resistor material. Next, the welded corrugated resistor is sintered to give it a certain stability and high temperature resistance. Finally, the sintered corrugated resistor is cut and debugged to ensure that its resistance value and performance meet the requirements.

After the manufacturing process is completed, the corrugated resistor needs to be tested. The tests mainly include resistance value test, voltage resistance test, temperature test, etc. Through these tests, it can be ensured that the quality of the corrugated resistor meets the standards and can be used normally.

The last step is packaging. After the production of the corrugated resistor is completed, it needs to be packaged to protect it from the external environment. Usually the corrugated resistor is packaged in a plastic bag or box, and then packed in a carton. After packaging, the corrugated resistor can be stored and transported.

In general, the mainstream corrugated resistor production process includes material preparation, manufacturing process, testing and packaging, etc. Through strict production process, it can ensure that the quality and performance of the corrugated resistor meet the requirements, providing guarantee for the normal operation of electronic equipment.