49FCT805APYG

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49FCT805APYG is a high-performance Clock/Timing - Clock Buffers, Drivers device. This device consists of one octal low skewing clock drivers with 3.3V power supply and TTL inputs, ranging from 4 MHz to a maximum 325 MHz. It is suitable for short-runs, diversified needs and the switching frequency within a wide range of applications.

The main features of the 49FCT805APYG include improved multi-channel designs, wide range of acceptable frequency inputs, four times read/write data transfer rate, integrated output drivers, low power and electromigration requirements, and improved noise immunity. The device also has an improved signal integrity for better clock skew and jitter performance and an improved signal-to-noise ratio for better system accuracy and rejection of spurious signal.

The 49FCT805APYG is designed to work in a wide range of applications. It is ideal for the signal and power distribution networks, clock and timing systems, application processor designs, systems control and data communications applications. It is also suitable for consumer applications such as gaming, personal home theater and media delivery devices.

The 49FCT805APYG is also ideal for digital signal processor (DSP), imaging and consumer electronics applications such as digital video, set top boxes, HDTV, DVR and PDAs. It is also used for time division multiplexing (TDM) systems and high-speed serial communication links. Moreover, the 49FCT805APYG is suitable for synchrophasor applications and other intricate circuit designs.

The working principle of the 49FCT805APYG relies on a total of sixteen input buffers and sixteen output drivers. The device is able to buffer one clock input and a single output driver to a maximum of eight clock outputs. The sixteen output drivers are controlled via external logic, enabling the device to provide a low cost and flexible clock solution. The sixteen output drivers are able to drive high-skew clock and buffering applications up to sixteen bits of data. The input buffers are also able to improve and spread the signal fidelity and to reduce the total jitter and pulse racing.

The 49FCT805APYG device also has a built-in voltage-level translator and PLL circuit that allow for multiple voltage and clock frequencies inputs. The device can also provide a wide range of glitchless outputs, thus making it a suitable choice for applications with diverse clock requirements. The voltage-level translator functions to provide proper signaling at the outputs and to reduce the power consumption. The PLL circuitry allows for multiple clock frequencies to be output without any further programming.

Overall, the 49FCT805APYG is an ideal choice for Clock/Timing - Clock Buffers, Drivers due to its improved multi-channel designs, wide range of acceptable frequency inputs, four times read/write data transfer rate, integrated output drivers, low power and electromigration requirements, and improved noise immunity. It can be used in many applications, including signal and power distribution networks, clock and timing systems, application processor designs, systems control and data communications applications, consumer applications such as gaming, personal home theater and media delivery devices, digital signal processor (DSP), imaging and consumer electronics applications, time division multiplexing (TDM) systems, high-speed serial communication links, and synchrophasor applications.The working principle of the 49FCT805APYG relies on the use of sixteen input buffers and sixteen output drivers, with a built-in voltage-level translator and PLL circuit, to provide its clock and buffering functions. The device is also capable of providing a wide range of glitchless outputs, thus making it an ideal choice for devices that require a diversity of clock frequencies.

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