PI6C10806BLE

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

PI6C10806BLE Application Field and Working Principle

The PI6C10806BLE is a versatile clock buffering, fanout, and driving device that is used in today\'s increasingly complex and speed-intensive network applications. This device provides a low voltage and high performance solution for low cost, single-ended data applications, offering a wide range of features and flexibility.

Application Field

The PI6C10806BLE is suitable for a wide range of applications including networking, storage, and communications. It can be used as a low-voltage clock buffer to drive multiple output clocks with low jitter and low power consumption. It is well suited for the fanout of Low Voltage Differential Signaling (LVDS) or high-speed data lines used in computers, servers, and data communications.

Furthermore, the output buffer of the PI6C10806BLE can drive up to 16 LVDS lines. It also supports network signals such as ATM/OC-3, Fast Ethernet, Gigabit Ethernet, and SONET/ SDH links. In addition, the device allows for frequency multiplication and provides synchronous and asynchronous output clock support. As a result, the PI6C10806BLE is an ideal choice for a wide range of demanding applications.

Working Principle

The PI6C10806BLE is designed for single-ended clock management applications, allowing for the simultaneous delivery of multiple, low-jitter output signals. This device allows for the simultaneous operation of multiple datasheets, allowing for clock distribution and buffering with a selectable input-to-output clock frequency ratio. This is accomplished through the use of PLL logic, synchronous/asynchronous outputs, LVDS I/O characteristics, and frequency-based frequency multiplication techniques.

Furthermore, the PI6C10806BLE has adjustable slew rate and output eye masks to optimize the transition time of data signals, while maintaining maximum signal integrity. Also, an adjustable phase offset allows for the fine tuning of phase shift and skew between output clocks. This phase offset is digitally selectable and can be adjusted in 30 nanosecond intervals. An integrated Power-On Reset circuitry allows for the resetting of all counters and register values to their default settings when necessary.

In addition, the PI6C10806BLE has several features such as extendible power down modes and power regulation that further improves the performance of output clocks. Finally, the device features several output buffer functions such as LVDS input and outputs, reset output and data input, and several output selection functions that add further versatility to this device.

Conclusion

The PI6C10806BLE is a versatile clock buffering, fanout, and driving device that is suitable for a wide variety of today\'s data applications. It can drive multiple output clocks with low jitter, low power consumption, and adjustable phase offsets. Furthermore, it is well suited for the fanout of Low Voltage Differential Signaling (LVDS) or high-speed data lines. Finally, the device features several output buffer functions such as LVDS input and outputs, reset output and data input, and several output selection functions that further improves its versatility.

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