AT17LV256-10PI

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

FPGAs (Field-Programmable Gate Arrays) often require a variety of configuration proms (programmable ROMs) to store the bit-value data which is then used to determine the effect of specific operations. One of the more popular configuration proms used for FPGAs is the AT17LV256-10PI. This chip is a flash-EEPROM which has a wide variety of applications for FPGAs due to its small size and relatively low power consumption.

The AT17LV256-10PI is a 32-bit flash chip with a 256-byte user-definable profile. It is the second largest of the AT17 series of flash ROMs, and is often used for FPGA configuration. This chip is programmable and erasable which makes it versatile and cost-effective.

The AT17LV256-10PI also offers several features to make it more suitable for FPGA configuration. These features include high-speed programming, low-power standby, and a wide voltage range. The device also has two internal voltage regulators, enabling it to withstand harsh conditions. Additionally, the device is built with an onboard test channel to allow users to verify the correctness of their configuration code.

The AT17LV256-10PI has many potential application fields for FPGAs. As it is designed to store bit-value data, it can be used for any application that requires this kind of information to be stored in a secure and efficient manner. These applications can include firmware and software, memory arrays, and data networks.

The AT17LV256-10PI is capable of storing up to 256 bytes of code. This code can be used to define specific behavior and operations for FPGAs. The chip can be programmed and configured to determine the clock frequency, data rate, and any other parameters needed for the desired operation.

The working principle of the AT17LV256-10PI is simple. The chip is programmed with a specific set of instructions that it will then execute. When a specific operation is requested, the chip will execute the instructions stored in it. This will then result in the desired output being generated.

The AT17LV256-10PI is a highly efficient and secure solution for FPGAs. It can store up to 256 bytes of code, which makes it ideal for applications where a large amount of data needs to be stored and managed in an efficient manner. The device is also programmable and erasable, allowing users to easily modify and update their configuration code as needed. Furthermore, the device is extremely power efficient and can withstand harsh conditions, making it suitable for a wide variety of applications.

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