10091777-E0E-70DLF

10091777-E0E-70DLF application field and working principle

The 10091777-E0E-70DLF backplane connector is a high-performance connector designed for high-speed computing applications, such as high-speed data transfer systems, motherboard connections, and storage systems, among others. It is an Ethernet-style connector that is designed for very high-speed data transfer up to 14GHz, and is also compatible with larger cable sizes and higher cable insertion angles.

The unique design of the 10091777-E0E-70DLF backplane connector allows for precise insertion and connection, ensuring that it fits securely and won\'t jostle out of place. It also features a double-ended cable connector design, which helps improve cable stress relief and provides a secure connection.

The 10091777-E0E-70DLF backplane connector offers superior electrical performance when compared to traditional board-to-board connectors. Its small size and high density allow for more efficient routing, and it can support a variety of signal types, including audio, video, and high-speed digital signals.

The working principle behind the 10091777-E0E-70DLF is simple and straightforward. The rear end of the connector houses two rows of pins, with one pin in each row. Each pin in the second row is connected to the corresponding pin in the first row via an intermediate circuit. The circuit is designed to provide an electrical connection between the two pins, allowing for data transfer between the connector and the device or cable connected to it.

In order for the 10091777-E0E-70DLF to properly connect, each applied force must be equal, a requirement which is not normally present in traditional board-to-board connectors. This helps ensure more reliable and secure connections. Additionally, the design of the connector helps to reduce electromagnetic interference (EMI), which could cause error in data transfer.

The 10091777-E0E-70DLF backplane connector is ideal for high-speed applications such as server, desktop, and embedded systems. Its precise fitting and strong connection helps to ensure reliable data transfer, and its small size and high density make it a great choice for tight spaces. Additionally, its resistance to EMI makes it ideal for applications that require near-perfect data transfer accuracy.