XC1736EPC20I

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The XC1736EPC20I is a type of device designed to serve as a non-volatile data storage element. It is generally used in the configuration of Field Programmable Gate Arrays (FPGAs). The device is suitable for a wide range of applications namely in the automotive, telecommunications, industrial communications, medical and professional audio fields. In this article, we take an in-depth look at the XC1736EPC20I application field and working principle.

The XC1736EPC20I employs a 256K x 16 bit non-volatile EEPROM to store configuration information along with volatile or non-volatile user data. This device is able to operate from -40 to +125℃ and is powered by a 3.3V voltage supply. It is equipped with a wide range of safety features including write protection and read protection to ensure that the chip does not fall into a write-once state. This device also comes with advanced Error Correction Code (ECC) which helps reduce error rate and enhances data reliability. To ensure high performance and stability, the chip utilizes a low-power operation mode.

From an application point of view, the XC1736EPC20I is usually employed as a memory configuration PROM for FPGAs, microcontrollers, and embedded processors. It is suitable for applications that need a large amount of data storage and need to access the device in a specific order. With its advanced ECC, the chip is able to achieve high reliability and data accuracy. Additionally, its low-power operation mode also helps to reduce device power consumption while providing reliable data storage.

In terms of working principle, the XC1736EPC20I utilizes a 256K x 16 bit non-volatile EEPROM to store configuration information and user data. In a typical operation, the device is first powered up with a 3.3V voltage supply. During the power-up phase, the chip will read out the user data from the EEPROM and then start up the system. After the system startup is complete, the device will write and store the system configuration information into the EEPROM. Once the system configuration is complete, the chip will enter into a low-power operation mode and the user can then access and read the stored data.

Finally, once the user no longer needs access to the data, the device can be powered down in order to conserve power. In summary, the XC1736EPC20I is suitable for a wide range of applications as a memory configuration PROM for FPGAs, microcontrollers, and embedded processors. It can store large amounts of user data with high reliability and accuracy, and it helps to reduce device power consumption in the process.

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