A42MX09-2TQ176

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Field Programmable Gate Array (FPGA) is a type of integrated circuit chip that can be configured to perform any fixed-function logic design. It offers quick 1-time programming and fast reconfigurability on-field. While traditional integrated circuits, or ASICs, require a complete manufacturing process, FPGAs only need to be programmed. A42MX09-2TQ176 FPGA is the smallest version of the A42MX family by Alliance Logic. It is designed with a 0.5-micron 2-metal dielectrik CMOS process and is suitable for embedded use and low-power application due to its 6.5mW per input/output.

The A42MX09-2TQ176 supports a variety of industry-standard programmable logic architectures including Look-Up Table, PLA, complex gate array, and eXpression Array DSP. It is compliant with the IEEE standard for FPGA and integrates the industry-standard Low voltage differential signaling (LVDS) differential 8b/10b encoding. It also supports proprietary features such as support for the new low-complexity FEC solution.

The A42MX09-2TQ176 is highly configurable and offers up to 28 flip-flop elements and more than 2000 combinatorial gate equivalents. It also supports input/output (I/O) features such as clock enable, remote reset, and asynchronous I/O control. Its improved performance allows it to perform one million operations per second.

The A42MX09-2TQ176 is an ideal choice for embedded applications, as it combines low power design with robust fault-tolerant soft logic implementations. It is used in applications such as aerospace, automotive, and networking. Additionally, it offers variable voltage power rails and advanced power management features, making it an ideal choice for embedded applications with stringent power constraints.

The A42MX09-2TQ176 also provides several advantages such as shorter design time, reduced cost of the hardware, and rapid hardware configuration. It also offers improved hardware performance due to its utilization of low-power techniques. Furthermore, it features ready-to-use soft logic implementations, allowing software engineers to quickly develop and debug the design.

The working principles of the A42MX09-2TQ176 FPGA are based on the basic principles of logic and Boolean algebra. The chip contains a set of logic cells, which are pre-defined and encapsulated units of logic that are pre-defined in the manufacturer\'s library. These logic cells can be connected together to form the desired logic circuit. The user programs the chip with a specific set of algorithms to create the desired logic design.

The user\'s programming is contained in a set of configurations bits, which are known as bitstreams. The user can upload the bitstreams onto the chip using a computer or a dedicated software. The chip then stores the bitstreams and applies them to the logic cells, thereby configuring the chip to execute the programmed logic.

The A42MX09-2TQ176 FPGA is an ideal solution for embedded projects due to its low power consumption, robust fault-tolerant soft logic implementations, and quick 1-time programming. It is especially well suited for applications with stringent power constraints due to its variable voltage power rails and advanced power management features. Furthermore, its utilization of low-power techniques ensures improved performance and reduced costs.

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