SY10H841ZH

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The SY10H841ZH is a low skew, high performance registered bus driver that provides a flexible, cost effective solution to critical system clock design. It is also at the cutting edge of technology, combining low power and low cost with outstanding PCB performance. This simplified clock buffer design is suitable for high speed data synchronization, high reliability industrial applications and medical grade timing solutions.

The SY10H841ZH is an integrated combination of a low-jitter, high-reliability source driver and a high-performance, low-frequency buffered bus driver. The output is designed to provide excellent noise immunity and easy reconfiguration through a simple I/O selection. This combination helps ensure that the clocks are not only accurate but also robust enough to withstand physical, electromagnetic, and temperature changes.

The SY10H841ZH is supplied in a 4-pin SOT-23 package and is suitable for surface mount assembly. It includes an integrated high-frequency buffered driver, a 3.3V reference voltage (V REF) circuit and an on-chip termination network. The SY10H841ZH also supports a wide range of clock frequencies, from 18mA to 250MHz.

In addition to its low power consumption, the SY10H841ZH offers superior propagation delay performance and low noise characteristics. The driver is optimized for low-noise data synchronization applications, with low skew and excellent power-delay performance. The SY10H841ZH is designed to operate in high-reliability environments, and is functionally compatible with many ASICs and FPGAs. The SY10H841ZH also features an in-data pattern control for improved reliability and thermal performance.

The SY10H841ZH works by using an input clock signal to generate a high frequency, low-skew clock signal at the output. The driver uses an on-chip termination network to convert the input signal into a low-skew, low-jitter signal suitable for use in high-speed data synchronization applications.

The on-chip termination network also provides a variable frequency response and power-delay profile, allowing high performance, low-jitter, low-skew output signals. The SY10H841ZH also includes an in-data pattern control which adjusts the internal clock to be optimized for low-noise, low-skew operation.

The SY10H841ZH has a wide range of applications, including timing, data synchronization, and clock distribution in industrial, medical, military, and aerospace applications. Its superior performance ensures that clocks are generated in a reliable and consistent manner. The onboard I/O selection allows for easy reconfiguration of the system.

The SY10H841ZH is an innovative and cost-effective clock buffer solution that provides a combination of low power and superior PCB performance. Its low jitter and low skew characteristics makes it ideal for high speed data synchronization and critical system clock designs, while its on-chip termination network and low power consumption makes it well-suited for low-power and low-frequency buffered bus driver applications.

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