Microsemi Corporation A54SX32A-PQG208

A54SX32A-PQG208 Overview
A 208-BFQFP package contains it, and it is available for download. Its 174 I/Os help it transfer data more efficiently. A fundamental building block contains 2880 logic elements or cells. The Surface Mount-slot connector on the FPGA module can be connected to the development board. Fpga chips operates at a voltage of 2.25V~5.25V and uses a battery to supply power. FPGAs belonging to the SX-A series are a type of FPGA that belong to the SX-A series of FPGAs. Operating temperatures should be maintained within the 0°C~70°C TA range at all times when the unit is in use. A model of this FPGA is contained in Tray for the purpose of saving space. For related parts, use its base part number A54SX32A. This cable has 208 pins and is designed to connect to a computer. 2880 LABs/CLBs are integrated into this FPGA. Providing the FPGA is mounted in Surface Mount as per the specifications of the IC, then it should work perfectly according to its specifications. With a 2.5V supply voltage, designers can fully utilize the flexibility of the device. A maximum operating temperature of 70°C can be reached by this module. Over 0°C should be the operating temperature. 48000 gates make up the basic block of its construction. The basic building block of the system is composed of 2880 logic blocks (LABs). The registers used in the transfer of and storage of data are 1980 in number. A frequency of 238MHz provides high efficiency. It can take a maximum of 2.75V as the supply voltage. Using a supply voltage as low as 2.25V, fpga semiconductor will work. A FPGA of this type can achieve a speed as high as 238MHz. During operation, it uses 900μA of supply current. There is a device package provided by 208-PQFP (28x28), which is the supplier.

A54SX32A-PQG208 Features
174 I/Os
208 LABs/CLBs
70°C gates
2880 logic blocks (LABs)
1980 registers
Operating from a frequency of 238MHz


A54SX32A-PQG208 Applications
There are a lot of Microsemi Corporation
A54SX32A-PQG208 FPGAs applications.


Integrating multiple SPLDs
Voice recognition
Cryptography
Filtering and communication encoding
Aerospace and Defense
Medical Electronics
Audio
Automotive
Consumer Electronics
Distributed Monetary Systems