AT17LV512-10CC

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AT17LV512-10CC Application Field and Working Principle

AT17LV512-10CC is a Configuration Proms for Field Programmable Gate Array (FPGA), specifically designed to provide fuse programmable nonvolatile programmability, power failures or other outside terrestrial or extra-terrestrial interference. It is a dual-power device which has two power supplies, namely a 3.3V and 5V supply. This Configuration Proms has an industry-standard 10-pin dual in-line package with leads compatible with lead-free assembly methods. Its main purpose is to provide low voltage, nonvolatile programming for FPGAs and its applications.

The Working Principle of AT17LV512-10CC

The main principle behind the operation of AT17LV512-10CC is that it is designed to store data in its nonvolatile memory (NVM). This NVM is a single, high-performance memory array with a storage capacity of up to 512-bits for a single access. The data stored in the NVM can be programmed, or changed, through the programming cycle by implementing an appropriate programming voltage and the instructions or addresses given to the NVM.

When the power is applied to the AT17LV512-10CC device, the NVM is initialized. If the data stored in the NVM is valid and has not been tampered with, a valid reset signal is issued by the reset pin to the associated circuitry, afterwhich the data in the NVM is read into a serial or parallel array, depending on the form of FPGA being used.

The programmer then looks for and interprets the valid configuration data and then configures the FPGA accordingly. In addition to this, the NVM also has a feature known as Early Power Fail Recovery, wherein the device can still have a valid configuration setup in case of a power failure.

The Application Field of AT17LV512-10CC

AT17LV512-10CC Configuration Proms can be used in a wide variety of FPGA applications such as automotive, consumer and medical products, microprocessor-based systems and video broadcasting systems. They also offer a number of advantages when compared to other configurable devices such as EEPROM, SRAM, NVRAM and FLASH memory devices.

AT17LV512-10CC Configuration Proms have higher endurance than other non-volatile memory devices. In addition to this, they are also much more reliable than any other type of configurable devices due to their inherent reliability characteristics.

At17LV512-10CC Configuration Proms also offer shorter programming cycle times, as they do not need to wait for the data to be written to the device. This reduces the time required to program a device and can also reduce the number of programming operations that need to be performed.

Furthermore, AT17LV512-10CC Configuration Proms deliver a high degree of flexibility as they can be used with a wide range of FPGAs. This includes both low-end and high-end FPGAs, as well as FPGAs with multiple power supply voltages.

Overall, AT17LV512-10CC Configuration Proms provide a reliable, low-cost solution for configuring FPGAs, making them an ideal choice for a variety of applications.

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