AT17LV512-10PI

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The AT17LV512-10PI, manufactured by Atmel Corporation, is a configuration PROM for FPGA\'s that provide superior non-volatile memory capability. It provides support for many complex field programmable gate array requirements from integrated circuit design to programming and verification. Utilizing a wide variety of technologies such as FPGA\'s, CPLDS, BootROMs, and flash enables the AT17LV512-10PI to provide reliable non-volatile memory for advanced i/o devices. Its extended temperature range and various power options ensure that it can be used in a range of applications.

The AT17LV512-10PI is designed to be used in field-programmable gate arrays (FPGAs) and embedded systems, quickly storing configuration data and ensuring data security and reliability. This is accomplished by using an Atmel proprietary memory cell architecture, capable of storing multiple bits in a single cell, while being in a non-volatile format. Through this innovative approach, the AT17LV512-10PI has significantly increased the PROM\'s density and reliability.

Essentially, the AT17LV512-10PI is a memory device that writing into storage cells and consists of two separate parts: one part stores configuration information, while the other part stores verification data. The first part reads from the associated necessary data registers and stores device configuration information. This data is what is referred to as “programmable bits”, which causes the FPGA to operate in a specific way. The verification data then looks for any errors when writing the configuration data.

The AT17LV512-10PI is also used to provide support for many complex devices, such as embedded processors, sensors, and analog or digital circuitry. This is accomplished through an overlap feature, where data can be written to multiple locations in parallel, thus allowing the same data to be written to a number of registers or memory locations at the same time. This feature offers additional programming flexibility, increasing its usability for a variety of applications.

Moreover, the AT17LV512-10PI offers customizable features that allow the user to customize the device to their specific needs. These features are designed to provide flexibility and mobility, which is highly beneficial when designing complex devices. Customizable features include the ability to select user-defined memory organization, and giving the user the ability to set up up to five separate programming frequencies.

In addition, the AT17LV512-10PI has a wide temperature range and various power options, making it both a durable and reliable device for a variety of applications. The AT17LV512-10PI can operate across a temperature range from -40 degrees Celsius up to 85 degrees Celsius. This feature makes it suitable for a variety of applications, from industrial control to aerospace or medical applications. Furthermore, the AT17LV512-10PI has a maximum operating voltage of 5.5V, and a minimum operating voltage of 1.5V, providing flexibility for different systems.

To summarize, the AT17LV512-10PI is a configuration PROM for FPGAs that provide superior non-volatile memory capability. Using a wide variety of technologies like FPGA\'s, CPLDs and BootROMs, this device helps provide reliable non-volatile memory for advanced i/o devices. Moreover, its advanced memory cell architecture, customizable features and wide temperature & power range makes it a reliable and efficient device for a variety of applications such as embedded processors, sensors and analog or digital circuitry.

The specific data is subject to PDF, and the above content is for reference