AT17LV010A-10PC

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FPGAs are complex electronic devices that require a high degree of configuration flexibility. The AT17LV010A-10PC Configuration Prom is a non-volatile memory-based product that is well-suited to providing this type of configuration flexibility in terms of the design complexity, and expanding FPGA development time. In addition to providing instantaneous storage of FPGA configurations, the AT17LV010A-10PC Configuration Prom can also be used to enhance the FPGA\'s overall performance.

AT17LV010A-10PC consists of a 1025Kbit (1Mbit) memory array that is organized into 64K 8-bit words and allows up to four layers of sector-protect. The device can be configured as either an asynchronous or synchronous device with an internal clock. It is built using 1.2 micrometer CMOS technology for high performance. The high speed of operation and low power consumption of the AT17LV010A-10PC are two of its main advantages.

AT17LV010A-10PC can be used with several different types of FPGA software design tools. These include the Xilinx Artix-7, Altera Stratix V and Altera Max V. The software design tools are used to define the logic design, define the connections between logic cells, and compile the logic into the final configuration file. The AT17LV010A-10PC Configuration Prom is then programmed with this configuration file. In addition, the AT17LV010A-10PC can be used to program third-party software such as OpenCL C-Level functionality.

The AT17LV010A-10PC is used in many different types of developments. It is commonly used in industrial control and automation, automotive, aerospace, and medical systems. It can also be used in military and defense applications. In addition, the AT17LV010A-10PC can be used for FPGA prototyping and for testing purposes. The device is also capable of storing configuration data for system-on-chip applications.

The AT17LV010A-10PC uses a Configuration Memory Block (CMB) which contains internal memory that is used for programmable configuration data. The CMB is programmed using an external control software that sends bytes of data including the addresses and data contents to be written to the CMB. The CMB also contains an embedded write session mechanism that prevents accidental data corruption.

The device is designed to provide a high level of security against unauthorized access. A primary security feature of AT17LV010A-10PC is a write inhibit pin which prevents the data from being overwritten if it is activated. There is also an optional on-chip cyclic redundancy check (CRC) algorithm that ensures that the data read is actually being read from the memory device. In addition, a password protection feature can be used to add an additional layer of security.

The AT17LV010A-10PC is a highly efficient and reliable memory device. It is easy to use, and provides a fast, reliable, read and write operation for data configuration. The device is designed for use in embedded systems where high speed and low power are required to meet the demands of the system. The AT17LV010A-10PC is an ideal solution for developing FPGA applications, and is an excellent choice for FPGA designers.

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