LF500-PAC-EV
LF500-PAC-EV
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LF500-PAC-EV


LF500-PAC-EV
F11-LF500-PAC-EV
Active
BOARD EVAL ISPXPGA PAC PMGR 1208

LF500-PAC-EV ECAD Model


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LF500-PAC-EV Attributes


Type Description Select
Mfr Lattice Semiconductor Corporation
Series ispXPGA®
Package Bulk
Type FPGA
For Use With/Related Products LFX500
Contents Board(s), Cable(s), Power Supply
Base Product Number LFX500

LF500-PAC-EV Datasheet Download


LF500-PAC-EV Overview



The Lattice model LF500-PAC-EV is a Programmable Logic Device (PLD) that belongs to the MachXO2 family of low-density, low-power FPGA devices. The LF500-PAC-EV features 500 LUTs and 64 I/Os, and is optimized for power-sensitive applications that require quick development time and low-cost solutions. This low-cost PLD solution can be utilized in various applications in the embedded systems market, including consumer electronics, portable devices, and industrial control systems.


The LF500-PAC-EV is highly configurable and provides a rich feature set for providing application-specific functionality. It can be programmed using Lattice Diamond design software, which can handle all aspects of the design flow, including design entry, synthesis, place and route, and timing analysis. It also includes the Lattice Diamond Programmer, which is a standalone programming tool that enables users to program the device in-system or through a JTAG interface. Additionally, the LF500-PAC-EV can be configured with a variety of high-speed interfaces, including I2C, SPI, and UART, which further enhances its versatility.


The LF500-PAC-EV provides a cost-effective solution for a range of applications in various markets. It is well-suited for portable applications due to its low-power consumption and small footprint, and can operate on a standard 3.3V power supply. Additionally, the LF500-PAC-EV can be used in industrial control systems, automotive, and medical devices, where sophisticated control and processing capabilities are needed. It is an ideal PLD solution for applications where low cost, small form factor, and low power consumption are critical requirements.



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