NC7SV58FHX

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NC7SV58FHX is a multi-function, configurable logic device designed for maximum performance and minimal power consumption. Combining high speed and low power consumption, this device integrates dozens of built-in functions into a single IC. This single IC device can replace a whole circuitry of logic gates and inverters, making it ideal for use in applications with limited real estate.

The NC7SV58FHX is a flip-flop based configurable logic device. Flip-flops are digital electronic components that act to store a single bit of digital data. The NC7SV58FHX is composed of an array of flip-flops which allow it to perform multiple logic functions such as gates, logic levels, and combinational operations. The configuration logic of the device is based on a matrix containing programmable logic cells which can be programmed to solve complex logic problems.

The NC7SV58FHX not only offers multiple logic functions but also allows flexibility in its use due to its ability to be configured in various ways. It has a single supply voltage and adjustable output current which allows it to be customized for specific applications without having to resort to costly solutions such as multiple supplies or external passive components. It also supports power saving feature set which can save up to 50% of the power compared to discrete logic devices.

The NC7SV58FHX is designed for applications such as sequencers, state machines, multiplexers, line drivers, address decoders, bus drivers and transceivers, timing devices, and data processing. It is also ideal for applications which require a large amount of data to be processed simultaneously, such as digital signal processing or robotics. The large number of combination logic devices available with the NC7SV58FHX makes it well suited for different logic problems.

Not only is the NC7SV58FHX suitable for a wide range of applications, it is also capable of reducing overall system cost due to its low power consumption, small footprint, and high performance. Its integration of multiple functions into a single IC device also allows for greater design flexibility by combining gates and inverters together into a single device. With its highly programmable logic, it is an attractive solution for many logic applications.

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