A42MX24-FPQ208

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FPGAs (Field Programmable Gate Array) are integrated circuits that contain hundreds to millions of individual configurable logic elements interconnected in a complex architecture. The A42MX24-FPQ208 is one such device specifically designed for embedded electronic systems. This device is an optimized solution for cost-sensitive, data-driven, bus-oriented applications. This paper will provide an overview of A42MX24-FPQ208\'s application field and its working principle underlying its operation.

A42MX24-FPQ208 supports a wide range of applications such as networking, telecommunications, data conversion, signal processing and control systems. This device is especially suitable for applications requiring multiple buses and control logic such as ATM networks, data concentrators, multiplexers and switches, wireless digital communication systems and other similar systems. The A42MX24-FPQ208 offers a low-cost solution to solving these problems due to its small size, low power consumption and low cost compared to other devices.

The A42MX24-FPQ208 supports up to 8 configurable logic blocks. These configurable logic blocks are connected to the integrated circuit through the high-speed interconnect network. The network is based on a distributed switch architecture which allows for efficient data transfer between the logic blocks within the IC. The logic blocks are programmed with a custom logic implemented in VHDL (VHSIC Hardware Description Language) or Verilog HDL (Hardware Description Language). Once programmed, the logic blocks form a custom logic circuit that can be used to perform a variety of tasks.

The A42MX24-FPQ208 also supports a variety of input and output signal types. These include low-voltage differential signaling (LVDS), high-speed transceiver (HST) and memory-mapped signals. The HST is used for high-speed transceiving of data between the logic blocks. The LVDS is used to reduce the amount of power consumed during signal transmission while the memory-mapped signals are used to communicate between the logic blocks and memory. The integrated programmable interconnect allows for the configuration of the logic blocks to build the specific custom circuit.

The device also supports several different clock sources. The internal clock sources are used internally by the device to generate the timing signals necessary to program the logic blocks. The external clock sources are used to provide the main timing signal for the clock tree of the device. The clock tree is used to ensure that the programming of the logic blocks is synchronous with the clock source.

The A42MX24-FPQ208 device is powered by the Altera MAX II low-power PLD. This low-power PLD is designed to reduce power consumption and offers a wide dynamic range for power management. The power management feature allows for the device to remain in a low-power state when idle, but can be quickly switched into a higher state when workloads increase.

In summary, the A42MX24-FPQ208 is a versatile device offering many benefits for embedded design. It is cost-effective and versatile, making it ideal for a wide range of applications. Its integrated high-speed interconnect network, configurable logic blocks, programmable interconnect and multiple clock sources all provide the necessary components for efficient and accurate embedded systems. By taking advantage of the low-power MAX II PLD, it can provide even further power and performance benefits to the embedded designer.

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