AAC10FSLN Connectors, Interconnects

AAC10FSLN field of application and working principle belongs to Card Edge Connectors - Adapters. AAC10FSLN is a type of edge-based electrically connected device originally used to connect the motherboard with peripheral cards. This accurately guides the edge-based connection function, and is best suited for applications requiring high reliability, such as industrial control and communications.

The working principle of AAC10FSLN is that the edge of the card is inserted into the slot of the adapter, and the edge of the adapter is connected to the motherboard. This type of connection provides strong electrical and mechanical connection that is not easily affected by vibration, temperature changes, or corrosive gases. The insertion force of this connector is only one tenth of that of a normal mechanical connector.

AAC10FSLN card edge connectors are also designed for the installation of several peripheral cards to the motherboard. This allows for quick and easy replacement of peripheral cards without having to replace the entire motherboard. Furthermore, this type of connector is also designed to have a low insertion force, which eliminates the risk of damaging the motherboard or peripheral cards while inserting them into the connector.

AAC10FSLN connectors are also designed to prevent EMI interference. The adapter body features an EMI shielding layer, which ensures that the data signals are transmitted without interference. Furthermore, the EMI shielding layer helps to ensure that the data signals remain safe from electro-magnetic and radio-frequency interference.

These connectors are also designed to be resistant to corrosion and wear. The aluminum alloy construction of the adapter and the high-temperature anodizing process make it resistant to corrosion, while the nickel-plated steel cards are designed to be resistant to wear. This ensures that the performance of the adapter is not affected by corrosion or wear.

Overall, AAC10FSLN card edge connectors are designed to provide excellent signal connection, reliability, and EMI protection. The low insertion force reduces the risk of damaging the motherboard or peripheral cards, and the corrosion and wear resistance of the materials used ensures that the performance of the adapter remains unfailing over time. These features make this type of connector ideal for applications that require high reliability.