AT17C256-10CI

Series:	--
Packaging:	Tube
Part Status:	Obsolete
Programmable Type:	Serial EEPROM
Memory Size:	256Kb
Voltage - Supply:	4.5 V ~ 5.5 V
Operating Temperature:	-40°C ~ 85°C
Package / Case:	8-TDFN
Supplier Device Package:	8-LAP (6x6)
Base Part Number:	AT17C256

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AT17C256-10CI is a secure, non-volatile configuration device manufactured by Atmel, which is used to program FPGAs. It is an 8-bit industrial-strength memory that stores configuration data and is particularly well-suited for FPGA applications that require low-cost, high-density programmable logic.AT17C256-10CI is designed for applications that require fast programming times and high reliability. It has a 256-byte internal memory and can be programmed to store up to 256 million possible configurations. It is also designed to operate at a wide temperature range, from -40°C to 85°C, to suit a variety of applications.The AT17C256-10CI utilizes a Non-Volatile Write-Once (NVWO) field programming. This allows for the device to be programmed with only one write cycle, unlike conventional EEPROMs that require multiple write cycles to store data. As a result, the AT17C256-10CI can be programmed faster than traditional EEPROMs and is an ideal choice for applications that require fast programming speeds.In addition to its fast programming speed, the AT17C256-10CI uses a highly secure form of encryption. It uses a Complex Number Generator (CNG) method, which encrypts the data in both its physical and logical forms. This prevents unauthorized manipulation of the data stored in the device, as well as makes it virtually impossible for someone to gain access to the internal memory of the device.The AT17C256-10CI can be used to program FPGAs of any type, from those designed for low-end to those designed for high-end applications. Its quick programming time and secure encryption make it a great choice for applications that require low-cost, high-density programmable logic.The AT17C256-10CI works by first being programmed with the required FPGA configuration data. Once the device is programmed with the desired data, it can be sent to the FPGA which will then use the data to configure itself automatically. The FPGA will then enter configuration mode, and the configuration data will be stored in non-volatile memory in order to retain the configuration even when power is removed.This process makes it possible for the AT17C256-10CI to be used to program FPGAs quickly and reliably. The device is also designed to be easily integrated into existing system, making it an ideal choice for applications that require fast, reliable, and secure programming of FPGAs.

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