A42MX16-1PLG84M

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Field Programmable Gate Arrays (FPGAs) have been around for a while and they have quickly established themselves as a workhorse of the embedded system design arena. A42MX16-1PLG84M is an FPGA that is part of the popular Altera MAX® II family. It is designed to perform a wide range of computing tasks, and delivers excellent performance on both processor-based and embedded applications. Specifically, it is suitable for applications that require high speed, programmability and multiple resources.

The A42MX16-1PLG84M FPGA has a 200Mhz clock rate and has 272 user-defined logic block random access memory (RLRAM). It supports the Altera University Programmable Logic Devices (PLD) and has a clock-off feature that allows the clock frequency to be disabled for debugging or power saving. Additionally, it features expanded input/output capabilities, allowing up to 37 user-defined pins, along with direct integration of the I/O pins into the logic design. This provides an integrated solution for many application areas, as there is no need to externally connect the I/O pins to the logic design.

The A42MX16-1PLG84M FPGA is particularly suitable for embedded applications that require high speed, multiple resources and programmability. This includes applications such as machine vision, image processing, data acquisition, smart cards and automotive control systems. The clock-off feature can be leveraged to reduce power consumption and to isolate logic from the device clock. Additionally, the built-in I/O pins allow for direct integration of the logic design into the application.

The A42MX16-1PLG84M FPGA has a complex internal network of routing and storage elements. The routing elements provide paths between the I/O pins and user-defined logic blocks. The storage elements provide storage for stored data, control signals and configuration data. The overall architecture of the FPGA is designed to ensure high speed operation and maximum flexibility in system design.

The working principle of the A42MX16-1PLG84M FPGA is based on the concept of programmable interconnectivity. The user configures the logic blocks, the routing elements and the storage elements to create a custom logic solution. The configuration files are then loaded into the FPGA, where the user-defined logic is executed. The user can use various programming tools to create their logic block and routing structures.

In summary, the A42MX16-1PLG 84M FPGA is a powerful and reliable FPGA for embedded systems. It is suitable for a wide range of applications, and provides excellent performance at high speeds. Additionally, it provides an integrated solution for many applications, as there is no need to externally connect the I/O pins to the logic design. Finally, the built-in programmable interconnectivity allows users to create their own logic solutions.

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