XC17S50ASO20I

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The XC17S50ASO20I memory device is a Configuration PROMs (Programmable Read-Only Memory) designed to offer a reliable and enhanced level of configuration storage to programmable logic devices such as FPGAs (Field Programmable Gate Arrays). It utilizes an innovative two-wire architecture that enables a decentralized access to simple-to-program PROMs, allowing users to design circuitry that can interface with most FPGA architectures.

The XC17S50ASO20I memory device is a good choice for applications that require a reliable and consistent level of configuration data management. It can be used in a wide range of applications including microprocessor design, system-level designs, embedded systems and FPGA designs. Moreover, its two-wire architecture makes it well-suited to the decentralized management of PROMs that are programmed remotely with minimal effort.

This device is also suitable for applications where a high-density programmable PROM is required. It provides a one-time programmable (OTP) 16-bit memory device with an access time of 120 ns, making it suitable for device designs requiring fast connections. The device also features a two-wire serial port designed for the programming of the device. Additionally, it has the advantage of being able to store 1,024 bits of data.

The working principle of the XC17S50ASO20I memory device is quite simple. It utilizes a two-wire serial port that allows easy access to data stored in its memory. The device can be programmed by either programming the location address, or by accessing the program memory directly. When programming the location address, the device reads the value at the address location and stores it until a byte write command is issued. Additionally, data can be accessed directly by specifying the specific memory location. The device also supports the auto-incrementing feature, which allows consecutive reads and writes to be performed in a single operation.

The XC17S50ASO20I memory device provides a convenient and cost-effective means of storing configuration data within FPGAs. By utilizing a decentralized two-wire architecture, this memory device makes it easier to interface with a variety of FPGA architectures and provides users with the advantage of enhanced data storage in their designs. Moreover, it is capable of fast access time and high data density and is perfect for applications where a simple programmable PROM is required.

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