AT17LV256-10CI

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AT17LV256-10CI is an EEPROM technology configuration memory component used to store configuration information for a variety of Field Programmable Gate Arrays (FPGAs). The AT17LV256-10CI allows an FPGA to quickly and easily store FPGA configuration information and provides a secure and reliable non-volatile configuration storage for the life of the FPGA. Its relatively small size, low power consumption and large storage capacity makes it the ideal choice when it comes to selecting a configuration memory component for FPGAs.

Application Field

The AT17LV256-10CI has a wide range of applications across various industry markets. It is designed specifically for use in FPGA-based applications, providing access to up to 32-kbits of distinct device configuration storage. Furthermore, it also provides an easy and reliable way to store and access essential system data in applications with medium-density FPGA devices.

The AT17LV256-10CI is also well suited for use in consumer applications. It is a reliable way to securely store user settings and preferences for consumer products such as gaming consoles, smart TVs, set-top boxes and other consumer electronic devices. It offers a degree of control and customization not possible with other memory components.

The AT17LV256-10CI is also well suited for use in complex industrial-grade applications, such as industrial automation, medical equipment, and military/aerospace applications. It offers a secure, reliable and versatile way to store essential configuration data and reduce system downtime in mission-critical applications.

Working Principle

The AT17LV256-10CI is designed with a powerful architecture that supports efficient configuration of FPGA devices. It consists of an array of 256 non-volatile memory cells, each cell capable of storing a single bit of data. The entire array is powered by a low-power, low-voltage CMOS circuitry.

The AT17LV256-10CI supports three distinct architectural modes: Standalone, Serial Configuration and Issue-Run. In Standalone mode, the memory array can be written to and read from by an external controller. In Serial Configuration mode, the FPGA can be directly programmed by serial or parallel data streams at speeds of up to 20MHz. In Issue-Run mode, the FPGA can be configured automatically by a special bit stream or manually with the help of a microcontroller.

When it comes to design development, the AT17LV256-10CI helps to minimize programming time, reduce the complexity of programming the device and shorten the design-to-production cycle. Its powerful architecture supports advanced FPGA programming features, such as multi-bit addressing and user-defined data transfers.

The AT17LV256-10CI is also designed for easy integration. It supports a wide range of I/O interfaces, including direct serial, split serial and parallel interfaces. Furthermore, it is compatible with a wide variety of FPGA devices from different vendors. As such, it is a reliable and cost-effective choice for use in FPGA applications.

The AT17LV256-10CI is an ideal configuration memory component for deploying FPGAs in a wide range of applications. Its advanced architecture and compatibility with a wide range of FPGA devices make it easy to design products quickly and cost effectively, while providing a secure and reliable way to store FPGA configuration data and essential system data.

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