SY100HA643JC

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The SY100HA643JC is a low-skew clock buffer and driver IC, designed for clock distribution in high performance systems, including those used in communications, mass storage, computing, and medical applications, to name a few. Its many features include built-in jitter attenuation, support for multiple output levels, and clock-buffer isolation. This IC provides high output drive current and fast rise and fall times, making it a preferred choice for increasing system performance.

The SY100HA643JC is available in several different packages, giving designers the flexibility to choose the best package configuration for their application. The two most common packages are the 8-pin VSSOP and the 6-pin UTSOP, but the IC is also available in other packages such as 9-pin SOT-23, 3-pin SOT-353, and 7-pin QFN.

The SY100HA643JC operates in either a single-ended or latch-up configuration. In single-ended mode, the device receives a single input clock signal, which is reproduce it at the output with a guaranteed minimum differential skew. In latch-up mode, the IC laches up to the rising or falling edge of aclock pulse, and outputs the buffered signal with a minimum pulse width. The device can also be used to generate pulses with a minimum pulse width of 0.5 ns.

The SY100HA643JC offers several features designed to protect it from external noise and interference. These include advanced noise filtering and ground bounce reduction, as well as thermal shutdown protection. This device also offers a wide supply voltage range of 1.2V to 3.6V, making it ideal for use in both low-noise and high-performance applications.

The SY100HA643JC is also highly reliable, with a total jitter of 0.30psRMS, and a typical operating temperature range of -40°C to +85°C. This IC has been subjected to numerous tests, such as high temperature storage tests, frequency noise tests, and signal integrity tests, ensuring its performance over life.

The SY100HA643JC is primarily used to distribute clock signals in high-performance systems, with its many features and performance providing the system designer with greater flexibility in the design of clock networks. Its high reliability, wide operating temperature range, and low jitter make it a great choice for a variety of clock distribution applications.

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