AT6003-2AC

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Embedded - FPGAs (Field Programmable Gate Array) are composed of a matrix of logic cells and configurable connections between them. They offer the flexibility of a custom IC design with the reconfigurability of a microcontroller. AT6003-2AC is one such popular FPGA. This article will discuss the application field and working principle of AT6003-2AC.

AT6003-2AC is a 16 million-bit hybrid FPGA composed of a single Configurable Logic Block (CLB) and a Memory Interface Block (MIB). The CLB contains a set of pre-configured logic functions, such as AND, OR, and XOR. The MIB includes two banks of on-chip memory, each with up to 8 Megabytes of storage. This makes AT6003-2AC a powerful device for high-speed memory intensive applications.

The CLB and MIB can be used independently or together to provide a wide range of design capabilities. The CLB can be used to create custom logic implementations and IP blocks. The MIB can be used to store program instructions, data, and configuration information. Both blocks can access external memory for high-speed operations.

AT6003-2AC is popular in a range of application fields. It can be used in automotive, consumer electronics, telecom, military, and industrial applications. For example, it is used in automotive power supply systems to monitor multiple vehicle parameters such as voltage and current, as well as to control multiple loads and drive circuits. It is also used in consumer electronics as a single chip full audio/HDMI video processor. In telecom, it is commonly used in broadband access or network switching systems.

AT6003-2AC can also be used in radio transceivers and satellite communication systems, providing a wide range of functions including data capture, data transmission, modulation and demodulation. In military systems, it is used for efficient encryption and decryption of data streams. It is also used in industrial applications such as machine vision systems and robotics, providing a fast and reliable data processing solution.

AT6003-2AC\'s working principle is based on a programmable logic array (PLA), which is a type of ROM (read-only memory). A PLA is composed of multiple logic elements that can be programmed using special programming tools. The programming of the PLA is done using external I/O and internal registers. The programming of the PLA is done in the form of configuration bitstreams and instructions that are stored in the FPGA\'s memory. Each instruction corresponds to a logic function such as an AND gate or Flip-Flop.

Once the configuration bitstreams and instructions have been stored in the FPGA, the logic functions are executed on the FPGA. The instructions are then executed sequentially and the logic functions are performed on a per-clock basis. This is how the FPGA performs its desired logic functions.

In summary, AT6003-2AC is an FPGA that is composed of a CLB and MIB and is used in a range of application fields. It works based on a PLA, which is a type of ROM that is programmed using external I/O and internal registers. Once programmed, the logic functions are executed on the FPGA per-clock basis. AT6003-2AC is a powerful and reliable device for a range of high-speed memory intensive applications.

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