A42MX16-PLG84

A42MX16-PLG84 Overview

This package is included in the 84-LCC (J-Lead) package and is available for purchase. The I/Os are designed to facilitate a more coherent transfer of data. Logic elements/cells form the fundamental building block of a computer. Using a Surface Mount connector, you can mount this FPGA module on the development board. In order for it to operate, the supply voltage must be 3V~3.6V 4.75V~5.25V . An FPGA belonging to the MX series is referred to as an FPGA. In order to ensure a safe and efficient operation, it is important to maintain a temperature within 0°C~70°C TA at all times. Using the Tube layout, this FPGA model can be contained in a very small amount of space. Parts related to this part can be found using its base part number A42MX16. The device is designed with 84 pins in total. Fpga electronics is possible for this FPGA to perform as per fpga electronics s specifications as long as fpga electronics is mounted in Surface Mount direction. In the case of 5V supply voltage, designers can take full advantage of its flexibility. In this module, 70°C is the maximum operating temperature at which fpga electronics can operate. Over 0°C, the operating temperature should be higher. Fpga semiconductor is made up of 24000 gates as fpga semiconductors basic building block. In its basic building block, it is composed of 608 logic blocks (LABs), which are called building blocks. A total of 928 registers are used for storing and transferring data between them. In addfpga semiconductorion, fpga semiconductor is able to support a maximum supply voltage of 5.25V. The unit is capable of working with a minimum supply voltage of 3V. Fpga semiconductor is possible for this FPGA to reach speeds of up to 172MHz. Device package 84-PLCC (29.31x29.31) is provided by its supplier.

A42MX16-PLG84 Features

72 I/Os
84 LABs/CLBs
70°C gates
608 logic blocks (LABs)
928 registers

A42MX16-PLG84 Applications

There are a lot of Microsemi Corporation
A42MX16-PLG84 FPGAs applications.

• ASIC prototyping
• Medical imaging
• Computer hardware emulation
• Integrating multiple SPLDs
• Voice recognition
• Cryptography
• Filtering and communication encoding
• Aerospace and Defense
• Medical Electronics
• Audio