XC4008E-3PG191C

XC4008E-3PG191C Overview

There is a 191-BCPGA package that includes this component. FIELD PROGRAMMABLE GATE ARRAY is the component of this type of FPGA. 144 I/Os are available for transferring data more efficiently. A fundamental building block consists of 770 logic elements/cells. It is powered from a supply voltage of 5V. Field Programmable Gate Arrays family FPGA part. The Through Hole-slot on the development board allows you to attach the FPGA module. A supply voltage of 4.75V~5.25V is needed in order for fpga chips to operate. As part of the XC4000E/X series of FPGAs, it is a type of FPGA. While operating, the operating temperature should be kept within a range of 0°C~85°C TJ. The device has 144 outputs that are integrated into it. As a space-saving measure, this FPGA model is contained within Tray. Total terminations are 191. There are 10368 RAM bits that are available with this device. In order to find related parts, you can use its base part number XC4008E. There is a maximum RAM si1.3kBe of 1.3kB on this FPGA module, which is necessary to ensure the normal operation of the program. It has a total of 191 pins that are designed for it. 324 LABs and CLBs are built into this FPGA. Providing that this FPGA is mounted in Through Hole, it will be able to perform according to its specifications in a flawless manner. Designers can fully utilize its flexibility with 1.2V supply voltage. Power is provided by a 5V battery that is included with the device. There are 8000 gates that make up its basic building block. As far as the pin count is concerned, it has 191 pins. Usually, fpga semiconductor uses a 125MHz crystal. There are 324 CLBs that make up the architecture of the system. For the building block, it incorporates 324 logic cells that are used to make it work. 6000 equivalent gates are used to implement the design in the FPGA.

XC4008E-3PG191C Features

144 I/Os
Up to 10368 RAM bits
191 LABs/CLBs

XC4008E-3PG191C Applications

There are a lot of Xilinx Inc.
XC4008E-3PG191C FPGAs applications.

• Device controllers
• Software-defined radio
• Random logic
• ASIC prototyping
• Medical imaging
• Computer hardware emulation
• Integrating multiple SPLDs
• Voice recognition
• Cryptography
• Filtering and communication encoding