AT17F040A-30JU

AT17F040A-30JU is a configuration programmable proms (CFPs) used in Field Programmable Gate Array (FPGA) designs. It\'s a high-density, low-power device, with a storage capacity of to up to 32K x 8 bit, and is compatible with main FPGA devices today such as (Altera, Xilinx, QuickLogic, etc). It offers the ability to program the FPGA systems one-time-programmable (OTP) and field programmable (FPGA) devices, providing superior performance and reliability.

Applications

AT17F040A-30JU resembles a read-only-memory (ROM) device within an FPGA system. It saves information in a variety of applications including:

• Data storage
• Configuration data for FPGAs
• Logic and design information for field programmable designs
• Hardware development
• Control circuitry for embedded systems
• Robotic systems
• Electric signal conditioning
• Networking and communications

AT17F040A-30JU is well suited for these applications. With up to 32K x 8 bit of storage, it can store large amounts of data and information, ensuring fast and reliable performance.

Working Principle

AT17F040A-30JU utilizes a non-volatile, one-time-programmable (OTP) array of memory cells. This is done by controlling the voltage of each individual cell. Once the desired data or design is set to a memory cell, its state can be retained for a long time – even after a power outage or system reset.

A major advantage of CFPs is that data can be stored and configured onto any FPGA device, providing a wide range of options for designing, developing, and debugging hardware systems. It is often used as an alternative to expensive and slow boot memories such as EEPROMs and Flash memories.

Moreover, CFPs are highly reliable in all temperature conditions and can survive harsh operating temperature changes. It can even sustain radiation environments and EMC exposure, making the device extremely reliable in systems where a high degree of data integrity is needed.

Conclusion

AT17F040A-30JU is a versatile, high-density, low-power CFP that can be used in a variety of applications, including data storage, logic and design information, process control, robotics and electric signal conditioning. It is also reliable and stable in temperature and radiation environments, making it a perfect choice for any FPGA design.