49FCT3805BSOG8

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The 49FCT3805BSOG8 is a low-skew integrated circuit clock driver and buffer designed by Fairchild Semiconductor. It\'s used to generate multiple copies of an input clock with three different outputs, which can operate at up to 66 MHz. This is a common component in many electronic systems, and it\'s used in a wide range of applications, including high-speed digital signal processing and network applications.

The 49FCT3805BSOG8 is a low-skew clock buffer-driver that can be used to drive multiple clocks from one master clock with low-skew. It is a CMOS-based driver that features three identical active outputs, which can be operated up to either 2V or 3.3V levels. It can also be used as a bank of four clock buffers as well. The 49FCT3805BSOG8 eliminates the need for external resistors or capacitors for level-shifting or buffering and provides improved input/output matching for low-skew applications.

The 49FCT3805BSOG8 is suitable for a variety of applications in which multiple copies of an input clock are required. These include high-speed graphics, computer and communications systems. Additionally, this device can be used as a source of four identical low-skew clocks that are phase-aligned with the input clock.

The working principle behind the 49FCT3805BSOG8 involves using low-skew construction and clock synchronization detection logic to ensure accurate timing and reduced errors in systems. This device contains latch-style logic that eliminates the need to reset during clock cycles, which greatly increases its speed. The device is also designed with an integrated low-pass filter to provide reliable output timing and reduce system noise.

The 49FCT3805BSOG8 is a great clock buffer-driver for many applications in the consumer and professional electronics markets. It provides improved timing synchronization for high-speed systems, low-skew buffering and level-shifting, and four independent identical clock outputs. Its low-skew construction and timing synchronization detection logic features also make it an ideal solution for many digital signal processing and network applications.

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