XC1736EPC20C

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XC1736EPC20C is a type of memory known as a configuration PROM (programmable read-only memory). The main function of these devices is to provide a permanent data storage capability to FPGA circuits. PROMs are used to store the configuration data and related parameters that program a FPGA circuit. By utilizing XC1736EPC20C PROMs, the user can create an FPGA configuration that is accurate and reliable each and every time, since the configuration will remain the same despite power being turned off and back on.

Configuration PROMs offer advantages over other less reliable methods of programming FPGAs. The PROMs, correctly programmed, can provide stability, flexibility, and affordability. Much of the complexity of programming and configuring FPGAs is removed, allowing users to spend more time on their actual circuit designs.

XC1736EPC20C consists of 8K x 8 bits of PROM and is organized for access in a variety of ways – 16 pages of 64 bytes each, or 8 pages of 128 bytes each. It operates from a single 5V power source and is available in a variety of package styles, including DIP, PGA, and PLCC. The XC1736EPC20C is intended for use in the design of complex high-performance FPGA applications, and is particularly well-suited for those requiring special memory characteristics.

The working principle of XC1736EPC20C involves retrieving a section of binary data from the PROM and applying it to the FPGA configuration. This process is triggered by a configuration bus, which is typically supplied to the PROM as part of the system in which the PROM is installed. The configuration data stored in the PROM is then shifted across the configuration bus on request of the FPGA. This allows the FPGA to retrieve the configuration data and perform the required tasks.

XC1736EPC20C PROMs are used for a variety of applications in FPGA design. Such applications include the storage of applications such as microprocessors, operating systems, and device drivers, programming language interpreters, neural networks and loadable memory maps. In addition, XC1736EPC20C is often used to store data such as system setup information, customer information, and customer preferences in FPGA applications.

This device is often employed in high-end FPGA applications as it offers stability, flexibility, and affordability. Many designers opt to utilize XC1736EPC20C for applications requiring a certain level of assurance in terms of reliability; with its incorporation, user worries regarding the data stored within the FPGA can be significantly reduced.

In summary, XC1736EPC20C is an 8K x 8 bit PROM that provides a permanent storage capability to FPGA circuits. It is used in a variety of different applications and can remove much of the complexity in FPGA programming. By utilizing XC1736EPC20C, users can assign a configuration that is sure to remain intact each and every time the device is powered. As such, this type of PROM is perfect for those wanting assurance that their FPGA circuits will always function correctly.

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