LFE3-17EA-8LFTN256C Overview

In the package 256-BGA, this product is provided. There are FIELD PROGRAMMABLE GATE ARRAY transistors in this type of FPGA. The I/Os are designed to facilitate a more coherent transfer of data. A fundamental building block consists of 17000 logic elements/cells. Fpga chips is powered from a supply voltage of 1.2V. Part of the Field Programmable Gate Arrays family, this FPGA part is a programmable gate array. An FPGA module can be attached to a development board with a Surface Mount-pin. In order to operate it, it requires a voltage supply of 1.14V~1.26V . FPGAs belonging to the ECP3 series are a type of FPGA that belong to the ECP3 series of FPGAs. While operating, the operating temperature should be kept within a range of 0°C~85°C TJ. In this device, 133 outputs are incorporated in order to provide you with maximum flexibility. A model of this FPGA is contained in Tray for the purpose of saving space. In total, it has a total of 256 terminations. Having a RAM bit size of 716800 means that this device will offer you a lot of memory. For related parts, use its base part number LFE3-17. For the program to work properly, the RAM si87.5kBe of this FPGA module must reach 87.5kB GB in order to ensure normal operation. 2125 LABs/CLBs are integrated into this FPGA. According to its specifications, this FPGA will be able to work fantastically as long as it is mounted in Surface Mount. In order for fpga electronics to work, fpga electronics requires a 1.2V power supply. This device has a pin count of 256 in fpga semiconductor. Fpga semiconductor typically uses a crystal oscillating at 500MHz.

LFE3-17EA-8LFTN256C Features

133 I/Os
Up to 716800 RAM bits

LFE3-17EA-8LFTN256C Applications

There are a lot of Lattice Semiconductor Corporation LFE3-17EA-8LFTN256C FPGAs applications.

• Aircraft navigation
• Distributed Monetary Systems
• Telecommunication
• High Performance Computing
• Automotive driver's assistance
• Wired Communications
• Aerospace and Defense
• Military DSP
• Integrating multiple SPLDs
• Secure Communication