C531309075

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C531309075 is a low power quad-channel, high-speed signal transmission and wire-to-wire interface with a built-in Clock-Data recovery circuit. This product adopts differential, balanced signal transmission and timing mechanism, with the capability of data transmission up to electrical and optical fiber. It is widely used in short-distance digital signal transmission and data acquisition market.

One of the most common application fields of C531309075 is Ethernet Over Coax (EOC) systems. C531309075 provides the necessary media-data interface (MDI) to media-rate convergence layer (MRC) for 10/100/1000Base-T Ethernet transmission, enabling data conversions from electrical to optical fiber. It also helps to reduce costs and simplify system design.

It has also been widely used in Infiniband (IB) applications. Infiniband (IB) is a communication protocol for connecting computers and clusters. It provides a direct point-to-point connection among computers and nodes, which improves scalability and reduces latency. C531309075 helps to connect optical or electrical Infiniband cables to a switch board and allows continuous data flow.

C531309075 also has many applications in high performance computing networks (HPCN). HPCN is a computer network designed to support high-end computing needs by providing high-speed access to distributed computing resources, such as high-speed interconnects, storage and computing nodes. C531309075 offers a cost-effective, reliable and high-performance solution for the HPCN infrastructure.

In addition, C531309075 also has applications in industrial automation systems. It provides a robust and reliable physical layer interface with a high level of industrial signal isolation protection. It supports various industrial protocols such as Modbus, CANopen, Profibus, and EtherCat.

The working principles of C531309075 are as follows. It accepts differential electrical or optical inputs and outputs, with clock-data recovery (CDR) and clock-data conditioning (CDO) functions. The signal transmission is based on a double-data rate (DDR) scheme, which enables data to be transmitted in both directions at the same time. The CDR and CDO blocks re-clock the data stream, reduce timing jitter, adjust the transmission rate and remove signal noise.

The C531309075 also features an equalizer and impedance transformation circuit to ensure data integrity at the receiver end. It also incorporates a pre-emphasis circuit to increase the transmitted signal power level. A line termination control circuit is also present, which can be used to adapt the signal voltage level to the end device and reduce EMI.

C531309075 has multiple features and versatile applications that make it an attractive choice for signal transmission and data acquisition requirements. It has an integrated Clocking and Data Recovery (CDR) circuit, pre-emphasis circuitry, wiring distance extension, and a wide range of surge protection. It is also compliant with CAN, Infiniband, Ethernet, and other signaling standards.

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