XC1701PC20I

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The XC1701PC20I is an integrated device designed specifically for use in FPGA configuration proms, offering both low power consumption and high immunity from interference. This device is a type of non-volatile memory, and stores information on an integrated circuit without the need for a battery or other external power source. This makes it ideal for situations where a permanent memory solution is required.

The main feature of the XC1701PC20I is its low power consumption. This feature makes it ideal for applications where battery availability might be limited, such as remote sensing instruments or portable devices. This device has a very low standby current of less than 1000nA, making it suitable for use in mobile and wireless applications. At the same time, it can provide high-speed writing and reading performance, with a maximum write/read speed of 5Mbit/s. The device also has a wide supply voltage range of 1.525V to 3.6V, making it suitable for a variety of applications.

This device can be used for many different applications, including controlling circuitry on FPGAs and embedded systems. It can also be used to help with data reading and writing, device programming, and other tasks that require permanent but flexible information storage. This type of memory is also suitable for data logging, event recording, and other similar tasks.

In addition to its low power consumption, the XC1701PC20I also offers higher immunity from interference. This is thanks to its special technology, which allows it to reject 50MHz - 1.7GHz interference, with a typical attenuation level of -79dB. This is significantly higher than other memory solutions, making the XC1701PC20I highly reliable even in the most challenging environments.

The working principle of the XC1701PC20I is relatively simple. It is an integrated circuit that uses non-volatile memory (NVM) as its storage media, meaning that information is stored directly onto the chip itself. The chip is then able to store and read data using electrical signals. This allows the chip to retain the stored information until it is accessed or overwritten.

To make the device work, the user needs to write the data onto the chip using the programming instructions. This is done using a computer interface or other suitable programming device. Once the user has rewritten the data to the chip, it is able to be read and accessed again at any time. This data can then either be retained or processed in whatever way the user needs it to be.

The XC1701PC20I is an ideal solution for FPGA configuration proms, providing both a low-power and a high interference-rejecting environment. This device is well-suited to applications requiring temporary storage of data, such as mobile and wireless applications, data logging, and embedded systems. With its versatile performance, high speed reading and writing, and wide voltage range, this device is a great solution for both commercial and industrial applications.

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