The working principle of Wafer connectors is based on providing accurate and reliable electrical connections for electronic components. They are called 'wafer' connectors, inspired by the silicon wafers used in the semiconductor industry. These connectors consist of multiple 'wafer' or 'slice' units. Each wafer unit contains a series of conductive paths and contact points. When these units are assembled together, they form a complete connector capable of connecting multiple components within electronic devices.

Wafer connectors are a type of physical structure, generally made up of a base of plastic or other non-conductive materials and metal contact points. The metal contact points play a key role in the connector because they make direct contact with the conductive paths on the circuit board to establish an electrical connection. These contact points are typically made of materials with excellent conductivity, such as copper, nickel, and gold, to ensure the best possible electrical performance and durability.

When Wafer connectors are installed on a circuit board or other electronic components, their metal contact points align and make contact with the corresponding conductive paths, forming a stable physical and electrical connection. To ensure that signals and power can be transmitted smoothly without any interference, this connection must be very stable. Therefore, Wafer connectors often use precise mechanical structures, such as slots, protrusions, or other special shapes, to ensure the correctness and stability of the connection.

Furthermore, the design of Wafer connectors also specifically considers the vibration resistance and pull resistance required for electronic devices used in mobile devices or harsh environments, which is very important. Many Wafer connectors provide locking mechanisms, such as snaps, flip covers, or sliding locks, to ensure that the connection remains stable and reliable under the influence of vibration or pulling forces.