A42MX09-1VQ100M

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Embedded - FPGAs, or Field Programmable Gate Array, provide a low-cost, low-power, and highly reliable solution to the problem of application-specific integrated circuit (ASIC) design, especially in resource-constrained environments. The A42MX09-1VQ100M is one such FPGA, and it is well-suited for use in applications where low power consumption, flexibility and a small form factor are important considerations.In terms of its core architecture, the A42MX09-1VQ100M consists of 28 embedded macrocells, including a four-input look-up table, 10 memory elements, I/O bank control, synthesis output mapping and multiplexing signals. The device also includes circuitry for selecting and controlling the embedded macrocells. This design provides a flexibility and reconfigurability that is not available in traditional ASICs.The A42MX09-1VQ100M has been designed to be used in embedded applications where power conservation is important. It offers a Power-Down Signal (PDS) feature that allows the user to conserve power when not in use. At the same time, it features an Extended Internal Dual Regulated Logic (EIDRL) architecture that allows for fast, low-power operations when the circuit is running.The A42MX09-1VQ100M is primarily used in applications that require highly reconfigurable logic coupled with low power consumption and a small form factor. Examples of such applications include, but are not limited to, data acquisition systems, process and controller control, mobile radio base stations, medical imaging equipment and robotics.In terms of operation, the A42MX09-1VQ100M is programmed by configuring its embedded macrocell memory elements. Each memory elements can hold sixteen 4-bit words, and these words can be regarded as primitive logic blocks that can be interconnected into a variety of complex logic structures. The word lengths can be recombined, with up to four four-bit words connected together to form a single sixteen bit word.In addition to these primitive logic structures, the A42MX09-1VQ100M also includes user-programmable memory elements. This allows users to store values, constants, or other data in the memory elements and to easily change them as required. Programming of the A42MX09-1VQ100M is done using proprietary software tools, and the device is compatible with both Altera Nios II cores and the Altera SOPC Builder design system.Overall, the A42MX09-1VQ100M is an excellent solution for applications that require a reliable, low-power and highly reconfigurable logic solution. It is an ideal choice for applications such as data acquisition systems, process and controller control, mobile radio base stations, medical imaging equipments and robotics, where flexibility, low power consumption, and a small form factor are key considerations. The device is easily programmed using Altera’s proprietary software tools and can provide a fast and reliable solution to a wide range of application-specific logic problems.

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