SY89809LTH

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Clock and timing systems are fundamental building blocks of every electronic system. Proper timing design is critical to ensuring reliability and accuracy of the system’s operation. As such, clock buffering, driver, and related circuitry are essential components of any design. The SY89809LTH is a precision, low-skew, clock fanout buffer that provides 95 ps of total differential skew between any two outputs. The device is suitable for usage in high-precision clock applications, such as those encountered in gigabit data communication and high-speed digital applications.

The SY89809LTH is a dual-output clock driver is designed to meet both TSC-B (backplane) and TSC-F (frontplane) specifications. The device provides two differential outputs: TSC-B_Port and TSC-F_Out. Each output is configured to provide 95 ps of low skew between any two outputs, while also providing low additive jitter. The device also features a power-saving, low-leaking standby mode.

The SY89809LTH is well-suited for clock tree applications that require two differential outputs for driving the clock inputs of multiple receivers. The TSC-B_Port provides a low reflective return that minimizes EMI and improves crosstalk performance. The TSC-F_Out is optimized for driving high-frequency differential signals in point-to-point applications.

The SY89809LTH is designed to be used in systems where excellent timing accuracy is required, such as data communication and high-speed systems. The device provides outputs with 95 ps of total differential skew and very low additive jitter, enabling it to deliver extremely accurate and repeatable clock signals. The TSC-B_Port and TSC-F_Out are also optimized to provide superior EMI and crosstalk performance in multi-drop applications.

The SY89809LTH has advanced features to minimize power consumption and maintain superior performance. The device incorporates a low-leakage standby mode, which allows the device to enter a low-power state, while still maintaining proper timing accuracy. The device is designed for ultra-low power (1 mW) operation and is rated for a maximum clock frequency of 200 MHz.

In summary, the SY89809LTH is an excellent choice for high-precision, low-skew, clock buffering and driver applications. The device provides two differential outputs optimized for maximum performance and low-power operation while maintaining exceptional timing accuracy. The device’s 95 ps of total skew ensures highly accurate and repeatable clock signals, while the low-leakage standby mode adds extra convenience by allowing the device to be powered down when not in use.

The specific data is subject to PDF, and the above content is for reference