EPC2LC20

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EPC2LC20 is a configuration PROM used for configuring SRAM-based Field-Programmable Gate Array (FPGA). The basic function of the PROM is to store the startup configuration information which is required for the FPGA once the device is powered up. It then ensures that the FPGA is bootstrapped to the correct pre-defined state.

EPC2LC20 is part of the third-generation EPC2 family of configuration PROMs. The device was developed by Altera, a semiconductor and integrated circuit manufacturer in the US. It is built on a three-layer metal CMOS process and utilizes a proprietary application-specific integrated circuit (ASIC) to control the data flow and programming process.

EPC2LC20 offers a wide range of features, such as programmable page size, page retry and erase/write protection. It also provides improved programming algorithms and high-speed programming operations that reduce programming time and cost. Due to its reliability and flexibility, EPC2LC20 has become a popular configuration PROM for FPGA applications.

In terms of its working principle, EPC2LC20 uses a proprietary protocol to program FPGA by organizing the configuration into pages. Each page contains multiple configuration frames, which are then written sequentially onto the PROM. After programming, the PROM locks itself to prevent any additional programming. Once programmed, the device generates I/O, which is used to configure the FPGA.

EPC2LC20 has found many applications in various industries. It is used in the telecommunication, automotive, aerospace and industrial automation industries, to name a few. It is widely used in the automotive industry to configure complex FPGAs, such as those used in active suspension and cruise control systems. In the industrial automation industry, it is used to configure FPGAs used in industrial robots, machine vision systems and test equipment.

In conclusion, EPC2LC20 is a popular configuration PROM that is used to configure SRAM-based FPGAs. It utilizes a proprietary protocol to program the FPGA by organizing the configuration into pages and provides reliable, cost-effective and high speed operations. It has found various applications in the telecommunication, automotive, aerospace and industrial automation industries.

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