AAC30FSLD Connectors, Interconnects

The AAC30FSLD is a Card Edge Connector - Adapter, designed to be used in a variety of applications and with several types of interface systems, including: USB, 12C, Ethernet, FireWire, Serial ATA, and HDMI.

The AAC30FSLD is a flexible and reliable connector/adapter, designed for high-speed data transfer, while at the same time providing shielded-EMI protection. The AAC30FSLD is made of a stainless steel, durable metal housing, which houses two insulated and EMI-shielded contacts. The design is based on a 30 mm pitch, allowing for quick and easy connection and disconnection.

The AAC30FSLD connector/adapter is compliant with RoHS and meets ISO/IEC Level 3 requirements for EMI shielding protection. It also meets the specification of 802.3z, and is compatible with various types of interface systems.

The working principle of the AAC30FSLD Card Edge Connector/Adapter is fairly simple. The two contacts contained in the housing serve to connect two pieces of equipment or systems, allowing for the transfer of data. The contacts are insulated and EMI-shielded, which prevents interference and leakage of signals from one system to another, providing a safer and more reliable connection.

Due to the high-speed data transfer capability and shielded-EMI protection, the AAC30FSLD is well-suited for many audio-video applications, as well as data communications and networking. It is especially useful for long-distance connection applications, where shiled-EMI protection is required.

In addition, the AAC30FSLD is widely used in various industrial applications, such as automotive, healthcare, and consumer electronics. It is also commonly used in aerospace, security, defense, and other sectors where robust and reliable connections are required.

The AAC30FSLD Card Edge Connector/Adapter makes it easy to connect different types of equipment, while providing the necessary shielding and protection against signal interference. With its versatility and reliable performance, it is ideal for a variety of applications.