SY100H842LZC-TR

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SY100H842LZC-TR is a high-speed LVDS fanout buffer. It is used to distribute a single differential pair of LVDS signals and fan-out to four sets of LVDS outputs. It operates in either a 1:4 or 2:4 application.

The distinct feature of SY100H842LZC-TR is its ability to support a wide range of different applications in the clock/timing market. It is frequently used in applications where the input is driven with a differential low-voltage positive-emitter-coupled logics (LVPECL). It is also suitable for different clock applications in FPGAs, memory devices, and communication equipment.

In addition, the SY100H842LZC-TR has a superior EMI/EMC performance. Using advanced design techniques, the device generates only minimal levels of high-frequency parasitic noise, which allows it to successfully pass the stringent European EMC requirements. The SY100H842LZC-TR also offers advanced system clock jitter control, enabling it to successfully pass the industry standard telecommunications timing jitter specifications.

The SY100H842LZC-TR is a low-power and low-noise device. It operates from 1.65V and only draws 25 mA of current, allowing it to be used in battery-powered portable devices and other applications with tight power budgets. The device features a wide operating temperature range from -55℃ to +150℃, making it suitable for uses in military and aerospace applications.

The SY100H842LZC-TR is mainly used as a clock/timing clock buffers, drivers or repeaters. By utilizing the clock/timing signals and dividing them up into smaller signals as required, it can significantly reduce the affected areas of noise and power and ensure that the signals are delivered clearly and accurately throughout a system.

The SY100H842LZC-TR is available in a small 4x4 mm QFN package, which facilitates its integration in small tight spaces. The device is designed to be powered and functioning uninterruptedly,and is also designed to accept wide range of input frequencies, coupled with adjustable output center frequency, enabling designers to formulate the exact clocking parameters for their application. Additionally, some of the main features include, a minimum crosstalk of -45 dB at 50 MHz, a minimum phase delay variation of 0.5ns from 73.7MHz to 1GHz and a maximum output jitter of 0.2ps.

In conclusion, SY100H842LZC-TR is ideally suited for applications where small form and high performance are of prime importance. Its wide range of features and its low power consumption makes it ideal for battery powered mobile devices and other small, low-power applications. Due to its outstanding low-noise emission, it is perfectly suited for high-sensitivity applications as well, like mission-critical military/aerospace applications, communications and medical applications.

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