SY100S811ZC-TR

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SY100S811ZC-TR is a clock buffer, driver, and multiplexer integrated circuit ideal for fanout applications. Developed by Symmetry Electronics, the device can be used to drive and divide clock signals. The circuit can divide clock signals from one input port to eight output ports with various frequencies.

The SY100S811ZC-TR complex is based on a P-channel CMOS technology along with Schmitt trigger input buffers. It can divide clock signals with a frequency up to 50MHz into eight outputs in the range between 4MHz and 50MHz. The part is offered in a 20-pin TSSOP package with a power supply as low as 2.5V.

The SY100S811ZC-TR is mainly used in applications such as networks, audio, digital signal processors, and master clock. With an excellent timing jitter performance, it can provide superior signal integrity and highly reliable timing delays. It can support signal delay and signal isolation functions at various frequencies.

The working principle of SY100S811ZC-TR is quite simple. It takes a single clock input and divides it into eight outputs. Every output is controlled by the chip\'s configurable register inputs which can be set in order to achieve required delay time between clock input and output. The part has a working temperature range between -40 and +85 while the storage temperature range is between -55 and +125 degrees.

The SY100S811ZC-TR clock buffer/driver/multiplexer offers excellent timing delay accuracy and power supply requirements over a wide temperature range. It can also be used for multipath communication systems applications, such as multiple data links for glitch-free operation. The circuit offers high clock rate, high input and output frequency, a wide operating range, and excellent jitter performance for clock signals.

The SY100S811ZC-TR can be used in a wide variety of applications including clocking, system timing and delay, general frequency division, clock synthesis and gating, transmission line equalization, and reference point synchronization. The device is also suitable for low-power applications as it consumes low power and is an ideal choice for fanout applications.

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