AT17C256A-10JI

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AT17C256A-10JI is a low-voltage, one-time programmable (OTP) EPROM configurator optimized for use with FPGAs. FPGA stands for field-programmable gate array, and is a type of semiconductor device that can be programmed electronically. AT17C256A-10JI is a CMOS device that comes with on-board EEPROM and comes with the ability to configure itself or the FPGA automatically.

AT17C256A-10JI has been designed for use in intelligent sensor based applications, ranging from telecommunication systems to voice recognition technology. The device is ideally suited for applications that require high processing power, such as video compression and projection systems. It is also well suited for applications that require low power consumption, such as medical instrumentation and portable logic gates.

AT17C256A-10JI is a one-time programmable device. This means that the user can only program the device once. This type of device is well suited to applications that require the FPGA to be programmed only once, such as in providing a bridge between multiple FPGAs. Additionally, AT17C256A-10JI also provides high resistance to radiation and provides a reliable configuration option for use in high-proficiency space applications.

The main working principle of AT17C256A-10JI is to provide users with a way to configure the various features of their FPGA in a given moment. It does this by providing non-volatile memory cells that can be programmed during the manufacturing process and remain in the same state until it is reprogrammed. The device uses block-based programming which allows for rapid programming and allows for the enhanced sound quality and user experience during the FPGA configuration.

The AT17C256A-10JI has several features that make it an ideal resource for configuring FPGAs. First, it offers a large capacity of 256Kbit, which simplifies the process of transferring configuration data from off-site to the FPGA. Second, it has a low-voltage readiness which makes it well suited for low-voltage applications. Additionally, it has on-board EEPROM, allowing the user to access their FPGA configuration data quickly through a bus interface.

Moreover, the device offers an internal oscillator, eliminating the need for a separate clock signal. It also has an array of programmable fuses, enabling the user to determine the programming order and reset sequence of their FPGA. Finally, it offers extended commercial temperature range, which improves the operational stability of the device in a variety of environments.

In conclusion, AT17C256A-10JI is a low-voltage, one-time programmable EPROM configurator optimized for use with FPGAs. It offers an array of features that make it an ideal resource for configuring FPGAs, such as a large capacity of 256Kbit, low-voltage readiness, on-board EEPROM, an internal oscillator, programmable fuses, and extended commercial temperature range. It is ideally suited for applications that require high processing power, such as video compression and projection systems, as well as applications that require low power consumption, such as medical instrumentation and portable logic gates.

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