High conductivity
High conductivity metal materials such as copper, nickel, etc. are usually used to ensure good electrical connections and signal transmission
High elasticity
Electroforming technology can produce elastic pellets with high elasticity, ensuring good contact force and elastic recovery ability even after multiple uses
fine structure
Capable of producing very fine projectile structures, such as tiny contact points and complex geometric shapes, to accommodate different types of IC pins
durability
Due to the high strength of the material and the high consistency of the electroplating process, electroplated SOCKET test pellets usually have a long service life and can withstand high-frequency insertion and extraction operations
Semiconductor testing
Widely used for various types of IC testing, including logic chips, memory chips, microprocessors, etc.
Suitable for chips with different packaging forms, such as BGA, QFN, LGA, etc.
High frequency applications
In the testing of high-frequency communication chips, electroplated SOCKET test pads can provide low impedance connections, reduce signal loss, and ensure signal integrity.
Precision electronic component testing
Suitable for functional testing, aging testing, environmental testing, etc. of precision electronic components.
high-precision
Electroforming technology can process at the nanoscale, producing extremely fine structures suitable for high-precision applications
Complex structure
Capable of producing complex geometric shapes and fine features that are difficult to achieve with traditional processes, such as micropores, filaments, etc
High consistency
Electroforming technology can ensure the consistency of each projectile, reduce variability in the production process, and improve product quality
Diverse material selection
Different metal materials can be selected as needed, such as nickel, cobalt, copper, etc., to meet different mechanical and electrical performance requirements
Electroformed SOCKET test pellets have significant advantages in electronic component testing, especially in applications that require high precision, high reliability, and complex structures. Its high conductivity, high elasticity, and fine structure make it an ideal choice for precision testing. If you have specific application requirements or need further assistance, please feel free to let me know!
