AT17LV128-10JC

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AT17LV128-10JC is a type of Configuration Proms (CFP) designed to work with FPGA. It is a Flash memory technology developed by Atmel, the leader in small-footprint, low-power flash memory for embedded systems including FPGA systems. This device offers a lower one-time programming cost and a longer life cycle compared to other CFPs. It is a lightweight, small footprint, cost-effective solution for engineers looking to cost-effectively configure FPGAs in their designs.

AT17LV128-10JC is a configurable flash memory device that holds configuration data for FPGAs. It has the capability to store up to 32k-bit data word with a configurable data width up to 16 bits. This CFP is designed to be used in applications such as industrial, medical and test and measurement equipment. It is suited for a wide range of FPGA systems, including Altera, Xilinx and Lattice FPGAs. It is available in 8-pin SO, 28 pin TSSOP, and 44 pin PLCC packages, making it suitable for a wide range of PCB designs.

The AT17LV128-10JC offers a robust, reliable and cost-effective FPGA configuration solution. It is a single-supply device that supports asynchronous EDAC (Error Detection and Correction) to ensure significant data integrity. It also supports users by providing built-in voltage-lockout and program-mode-sensing. Additionally, programming can be performed with parallel or serial ports and devices such as the Atmel AT17C128-10JI in-system programmer.

AT17LV128-10JC has many advantages for the system. It uses the same architecture and algorithms as Atmel\'s other CFP products, eliminating the need for new development resources and customization. It also supports a full range of FPGAs and offers a cost-effective way to program and configure multiple FPGAs quickly. It is a reliable, scalable solution that is easy to use and provides high performance with low power consumption.

The working principle of AT17LV128-10JC is to determine the FPGA configuration data stored in the memory and then send it to the FPGA configuration address. This is accomplished by the CFP controller in the associated FPGA manipulating the device control register and synchronizing the memory read operations. The CFP communicates with the FPGA configuration address via the Flash bus interface, which is independent of the other system components. The device control register provides the address and data read or write operations as well as command bit or status bit operations. The device control register also includes system control bits that may be used for programming data enhancements.

AT17LV128-10JC is a reliable and cost-effective CFP for FPGAs. It is a great solution for engineers looking for a small form-factor, low-power solution for FPGA configuration. Its wide range of package types and support for multiple FPGAs makes it a great choice for modular applications or those that require rapid prototyping. Its wide range of features and flexibility make it a great choice for designers needing to configure their FPGA in single or multiple FPGAs.

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