10131868-104LF

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10131868-104LF (or more simply, LS) connectors are specialized backplane connectors used to enable high-speed data transfer between two devices or motherboards. Backplane connectors are typically used to connect two printed circuit boards to one another, forming a backplane or cable. As such, they play a vital role in the design of a wide range of items, from static circuit boards to electronic equipment like computers.

10131868-104LF connectors are a type of siplex connector designed to be used in very tight spaces and are capable of transferring data at rates up to 25 Gb/s. They are designed with a slim profile and small footprint, allowing them to be embedded directly into the circuit board. Due to their small size, they can easily fit between daughter boards or between two mainboards. Additionally, LS connectors are compatible with a wide range of PCB layouts and feature a wide range of available terminations, including daisy chain and stackable configurations.

The LS connector design consists of a series of contacts arranged in a two-row configuration. The first row contains nine signal contacts and the second row contains eight conductive plates for shielding. The two-row configuration allows the LS connector to be mounted between two very close rows of circuit board components. Each signal contact is equipped with two separate cross-keyed slots, with the first row connected to the ground plane and the second row connected to the signal line. This ensures that each contact has an independent connection to the ground, thus reducing interference and crosstalk.

The working principle of an LS connector is fairly straightforward. A power source is routed into one side of the connector and a signal source is passed through the second side of the connector. The contacts within the connector make contact with the corresponding pins in the circuit board, thus allowing the data to flow between the two endpoints. In order for the connection to function properly, the contacts must be mechanically aligned to the appropriate pins. This alignment is accomplished by “finger clapping,” which is when the contacts make contact with the pins.

10131868-104LF connectors are ideal for applications where data transfer speed and space efficiency are of utmost priority. They are typically found in the fields of data communications, medical equipment, industrial computing, and aerospace. The quick connection made by the finger-clip method gives them an edge over other connection methods, making them well-suited for applications where data needs to be transferred quickly and reliably. Furthermore, the incorporation of the ground plane within the connector increases signal integrity and further reduces noise and crosstalk.

In conclusion, 10131868-104LF connectors provide a reliable connection for applications requiring precise alignment of signal and ground contacts within a tight space. Their ability to transfer data quickly and with minimal interference makes them ideal for use in high-speed digital communications. Additionally, their fast connection method, shielding, and compatibility with a wide range of PCB layouts further enhances their performance.

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