PDS4102-Q128/2096V

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Programming adapters, sockets, and adapters are essential components of every modern electronic system. In this article, we discuss the PDS4102-Q128/2096V application field and working principle.

The PDS4102-Q128/2096V application field includes different embedded system designs, specifically those with high-performance processor/memory requirements. It is a 128-pin low-footprint connector socket with two high-performance rows that consists of 2096 signals and up to four high-performance columns.

The PDS4102-Q128/2096V is suitable for applications to support high-speed transfer rates of up to 40 Gbps, including DDR2 and DDR3 versions, as well as other high-speed memory. It can be used on connector-based designs, as well as a surface mount board-to-board version. Using a socket on a board-to-board interface eliminates the need for additional conventional connector components, thus reducing the board footprint and product cost.

The PDS4102-Q128/2096V includes a wide range of signal termination options, including pin-in-paste, read-and-write capable, solder-free, and zero-insertion force termination. It also has a flexible support for various form factors such as SOP, SOIC, TSSOP, QFP, and BGA.

The PDS4102-Q128/2096V is designed for high-speed, high-speed memory transmissions with up to 140ns cycle time (DDR3). It is rated to operate up to 4500 Mbps data rate for data-intensive applications. The socket has outstanding performance over its extended temperature range of -40 to +125°C.

The PDS4102-Q128/2096V working principle is based on the use of its zero-insertion force (ZIF) connector. It allows for automated insertion and/or removal of the memory chip or other device without having to manually insert or remove the component from the socket. It also provides a mechanical guide to ensure that the component is inserted correctly.

The ZIF connector can provide mechanical protection, ESD protection, and mechanical continuity. It also features a special circuitry that may be used to provide an electrical connection to the memory chip or device. This connection is used for the transfer of data, address, and control signals associated with the chip.

The ZIF connector also allows for an automated programming process without manual intervention. This allows for a faster programming process that is not limited by the human factor. It also enables bulk programming of multiple devices in one process, eliminating time consuming, repetitive manual programming.

The PDS4102-Q128/2096V socket features a single-piece design with two high-performance rows of contacts and zero-insertion force. It has a secure and tight fit for maximal mechanical protection and signal continuity. It also offers a secure latch cover for automated programming and safe assembly.

In summary, the PDS4102-Q128/2096V application field and working principle offer a wide range of features designed to make programming and assembly easier and faster in embedded systems. It is suitable for use in systems with high-performance processor/memory requirements, up to 40 Gbps transfer rate, and a wide range of compatible form factors. The ZIF connector ensures an automated programming process without manual intervention that is both reliable and efficient.

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