MC100H646FN

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Clock/Timing - Clock Buffers, Drivers: The MC100H646FN is an application field and a working principle. It is an integrated circuit that has been specifically designed for use in systems that require buffering and drive for high speed clock signals. It operates on a single supply of +3.3V and offers a single-ended output which is rated up to 3.3V.

The IC is equipped with six outputs which can be used to drive high-speed clock signals. It offers a wide range of output frequencies, with a minimum of 0.1MHz and a maximum of 400MHz. It is capable of operating at very low voltage levels, with a quiescent current of 2.5mA. The device supports both rising and falling edges of the clock signal, making it suitable for many different applications.

In order to use the MC100H646FN, designers need to connect its GCLK, CLKOUT and CLKACK pins to the desired clock signal. The device then buffers and drives the signal according to the setup configuration. It also offers immunity from ESD and latch-up, which is important for proper functioning in dynamic applications. The IC has a standby mode which reduces its power consumption in low-power applications.

The MC100H646FN has been designed for use in a wide range of different applications. It is used in computer systems for clock signal buffering and drive. It is also used in power management systems and automotive control systems. It is suitable for use in media applications such as video and audio, and it is used in the consumer electronics market in products such as DVD players and digital set-top boxes.

In summary, the MC100H646FN is an integrated circuit that is specifically designed to operate on a single +3.3V supply. It has six outputs which can be used to drive high-speed clock signals up to 400MHz. It is suitable for use in dynamic applications due to its immunity from ESD and latch-up. It is used in a wide range of different applications, such as computer systems, power management systems and consumer electronics. The IC offers numerous benefits to designers using it in their systems, including low power consumption and a wide frequency range.

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