AMD XCV50-6TQ144C

XCV50-6TQ144C Overview

The package that contains this software is called 144-LQFP. A FIELD PROGRAMMABLE GATE ARRAY-based FPGA is one of these types. There are 98 I/Os for better data transfer. In order to construct a fundamental building block, 1728 logic elements/cells are required. In order for the device to operate, a supply voltage of 2.5V volts needs to be provided. Part of the Field Programmable Gate Arrays family, this FPGA part is a programmable gate array. FPGA modules can be attached to development boards using a Surface Mount-connector. This device is powered by a 2.375V~2.625V battery. There are many types of FPGAs in the Virtex® series, this is one of them. Fpga chips is recommended that the operating temperature be kept wFpga chipshin the range 0°C~85°C TJ while the machine is operating. A device such as this one has 98 outputs built into it. Fpga chips is designed to maximiTraye space efficiency by containing the FPGA model in Tray. In total, it has a total of 144 terminations. As far as the RAM bits are concerned, this device offers you a total of 32768. If you are looking for related parts, you can use the base part number XCV50 as a starting point. For the program to work properly, the RAM si4kBe of this FPGA module must reach 4kB GB in order to ensure normal operation. In this case, 144 pins are used in the design. 384 LABs/CLBs are configured on this FPGA. In my opinion, this FPGA could produce fantastic results if mounted in Surface Mount, provided that its specifications are followed. In order for fpga electronics to work, fpga electronics requires a 1.2/3.62.5V power supply. As a basic building block, fpga semiconductor consists of 57906 gates. A total of 144 pins are included in this device. Most of the time, it uses a crystal oscillating at 333MHz to generate the signal. An architecture consists of 384 CLBs.

XCV50-6TQ144C Features

98 I/Os
Up to 32768 RAM bits
144 LABs/CLBs

XCV50-6TQ144C Applications

There are a lot of Xilinx Inc.
XCV50-6TQ144C FPGAs applications.

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