IDT49FCT3805SOI8

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IDT49FCT3805SOI8 is a high-speed, low power advanced level circuit, manufactured in Clock/Timing - Clock Buffers, Drivers field. It is designed to meet the demands on the ever-growing computing and communications world, as well as being highly reliable, cost efficient and compatible with modern digital integrated circuits.

The IDT49FCT3805SOI8 supports both non-inverted and inverted clock outputs and has a 1:8 or 1:10 or 1:14 or 1:18 or 1:20 or 1:24 or 1:28 or 1:32 or 1:36 or 1:42 or 1:48 or 1:54 or 1:60 or 1:64 to 1:64 fan-out buffer split outputs it supports. The operating voltage is from 0V to 7.5V, which means that it can replace existing bipolar clock buffers easily. With a low power consumption of 1mA (typical 3mA) and its low output-to-input loading ratio (1:2,000), it is the typical choice for FPGA, PLD and ASICs clock drivers.

The main working principle of IDT49FCT3805SOI8 integrates both clock input and output buffer. The device is capable of increasting the clock drive strength while reducing the output jitter so that output signal is as clean as input signal. It also helps to reduce the reflected noise and signal reflections caused by the impedance discontinuities on the board.

It should be mentioned that the IDT49FCT3805SOI8 feature a unique input-to-output skew (S_Skew) for clock signals. The signal is used for source synchronous applications. This feature allows the clock edges to arrive to the output with a certain amount of delay. Furthermore, the IDT49FCT3805SOI8 device also features internal power saving features that will turn off the outputs when the device is not active. Thus it could reduce power dissipation and extend the battery life of the system.

The IDT49FCT3805SOI8 also incorporate the advanced CMOS technology with symmetrical output force and allows direct drive of up to 20 capacitive loads. Its wide range of operating temperature of -40C to 85C, allows it to deliver maximum performance in the most challenging applications.

Overall the IDT49FCT3805SOI8 is an excellent choice for a variety of applications including but not limited too, clean power digital clock distribution and multi-channel transmission of digital signals. It is an ideal device for large system clock and data distribution applications. Its low power consumption and wide range operating temperature make it perfect for high performance applications while keeping cost as low as possible.

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