EPF10K30AFC484-2

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Embedded Field Programmable Gate Array (FPGA) is one of the most versatile, powerful and popular integrated circuits used in various applications. One of the best examples of FPGA is EPF10K30AFC484-2, which is an FPGA manufactured by Phillips Semiconductor Company. This type of FPGA is used in a wide range of applications, ranging from medical and communication to industrial and automotive.

The main purpose of FPGA is to create a programmable logic array which can be programmed for specific functions. This type of FPGA contains a number of bits of memory and programmable logic gates. Each gate contains a certain type of logic to perform a specific function. A specific number of gates are usually connected together in a row and are termed as “row blocks.” Depending on the type of FPGA, the number of row blocks vary.

The EPF10K30AFC484-2 FPGA contains four row blocks, giving it a total of 484 logic cells. All of these cells are programmable and can be used to create the desired logic structures. This type of FPGA can be programmed using software, enabling the designer to create complex logical systems.

The EPF10K30AFC484-2 FPGA’s design permits high speed operation and easy programming. This makes it suitable for a wide variety of applications. It is also equipped with numerous features such as a clock multiplier, power saving mode, DLL, and I/O circuit. The DLL enhances the speed of operation by providing multiple clock rates. The power saving mode helps to reduce the power consumption when the FPGA is in an inactive state.

The FPGA comes in two main types: CMOS and SRAM. The SRAM type FPGA provides higher routing capacity. This is because the SRAM type FPGA is based on a single-cell architecture. The downside to the SRAM type FPGA is that it is more susceptible to signal noise and glitches. The CMOS type FPGA, on the other hand, provides greater routing capacity and better power efficiency.

The bottom line is that the EPF10K30AFC484-2 FPGA is an excellent choice for any application requiring programmable logic devices. It is an easy to use and reliable device, with a wide range of features. This makes it suitable for use in applications such as industrial control, medical devices, and telecommunications.

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