XC1736ESO8C

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XC1736ESO8C is an electrically erasable programmable ROM (EEPROM) which offers an easy-to-use, space-saving solution for field programmability. It is a type of non-volatile memory that is used typically in the configuration of FPGAs. XC1736ESO8C EEPROMs are available in 8-pin and 16-pin packages, and they offer designers a range of features and benefits.

When configuring FPGAs, designers require a way to store their code, so it can be easily updated if a problem is encountered or a design requires modification. XC1736ESO8C EEPROMs provide a cost-effective solution to this need. This device is designed to store data for use in FPGA or CPLD project configuration. It is simple to program the XC1736ESO8C using the Xilinx XPilot tool, which allows users to program the device from previously generated programming files.

XC1736ESO8C EEPROMs have a wide operating range from -40° to +85° C making them highly reliable in harsh conditions. The package size is also a benefit for designers, as the module can easily be integrated into a printed circuit board or application specific integrated circuit (ASIC). They also benefit from a low power consumption at 20 mA maximum write current and a high-endurance write/ erase cycle of 100,000 operations.

The design capability of XC1736ESO8C is comprehensive, with a 1736 bit capacity and an industry-standard access time of 70ns. The memory organization of the XC1736ESO8C consists of a single byte-wide page of 16 words, each word composed of 8 bits. The device also features a simple seven-bit architecture which allows fast and efficient programming. Data can be clocked into the device via a single control line, making it easy to manage data on the device.

Using the XC1736ESO8C, engineers can quickly program or change the configuration of arbitary FPGAs and CPLDs, at a lower cost than using a traditional PROM. In addition, the XC1736ESO8C offers an industry-standard access time of 70ns and a high-endurance write/ erase cycle of 100,000 operations. This makes them an ideal choice for FPGA and CPLD configuration applications.

The working principle of the XC1736EEPROM is relatively simple to understand. To program the device, data is clocked into the device sequentially, one byte at a time. The device utilizes a single control line to latch data and control various programming modes. Once the data is written to the device, it remains in the device until it is erased or the power is turned off. To erase the contents, the XC1736EEPROM can either be erased using an electrical erase command, or alternatively the power to the device can be removed and then reapplied. This erasure process is typically referred to as a “soft erase”, and is a common method of device programming.

In conclusion, the XC1736ESO8C EEPROM provides a space-saving solution that allows FPGA and CPLD users to quickly and easily configure FPGAs and CPLDs. With a wide operating range, a small package size and a low power consumption, the XC1736ESO8C offers a great option for configuring FPGAs and CPLDs in many different applications.

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