1300850416

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1300850416 (referred to as 13008) is part of the family of products developed to be used in different applications. 13008 is a low power field programmable gate array (FPGA) that is suitable for use in applications such as digital signal processing (DSP) and frequency hopping. In addition, 13008 can be used as a general-purpose logic device for applications such as embedded control or non-volatile storage.

Application Fields

13008 FPGAs are designed for low power, reliable operation in a variety of applications. They offer flexibility for system designers, as they can be used in a standard format or configured for custom applications. 13008 FPGAs are used in applications requiring small logic devices and a low-cost solution. These can be used in systems such as embedded control, industrial automation, instrumentation, automotive, and medical systems.

In a similar way, 13008 can also be used for frequency hopping, wherein multiple transmit and receive frequencies are used in communications systems. The FPGA allows for switching between transmit and receive frequencies in a fast and reliable way. In addition, this technology enables a greater range in wireless communication systems.

13008 is also used in digital signal processing (DSP) applications, such as audio and data communications. The FPGA is able to process data at high speeds with low power requirements, making it an attractive solution for mobile and embedded DSP applications.

Working Principle

13008 FPGAs use an Altera proprietary logic device called a logic element (LE) that can be used to implement combinatorial and registered logic functions. LEs can be independently configured to perform a specific logic function, or they can be cascaded in order to form larger complex functions. LEs are interconnected with wires between their terminals, allowing data to flow through the circuitry.

The Altera distributed memory architecture, known as CORE-MEM, is used to provide efficient on-chip SRAM memory for register and lookup table storage. This architecture is optimized for low power and high-speed operation by providing fast data paths between SRAM and logic elements, and fast accesses to logic elements for data storage.

13008 FPGAs also provide hierarchical interconnect structures that allow logic elements to be connected together in multi-stage networks. These networks can be used to create a wide range of logic functions, from small simple logic devices to very complex systems.

13008 FPGAs also include a wide range of integrated features such as a digital phase-locked loop (PLL), but can be fully configured using the Quartus II software. This software allows for the logic element configuration, as well as allowing the user to access the embedded memory, configure and control the on-chip I/O, and reconfigure the device in a fast and easy manner.

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