PI6C4911506LIEX

Introduction:

The PI6C4911506LIEX is a clock buffer and driver designed by Exar Corporation that is able to provide clock buffering, isolation and driving. This device is suitable for situations where a design requires one or more copies of a clock without the need for additional loaad sources. It can be used for digital, analog, or any other type of design.

Application Field:

The PI6C4911506LIEX has a wide range of applications. It can be used for digital-to-analog conversion, as well as for low-power digital systems, such as power management and clock distribution. It is also suitable for communication systems, such as network switches, routers and other peripherals. Furthermore, this device can be used in embedded systems and industrial automation.

Working Principle:

The PI6C4911506LIEX is based on the Exar proprietary NanoClock technology, which is a highly efficient clock driver and buffer. The device operates by taking the input clock signal, buffering it, and then driving up to 3 different copies of the signal to other components. The output signals are independent and can be configured with various parameters such as signal strength, duty cycle, and edge angles.

The PI6C4911506LIEX has a wide operating range of 3.3V to 12V and operates on up to 200MHz input clock frequency. It provides excellent signal integrity with edge rates as low as 50ps. All outputs are defined with an amplitude of up to 5Vpp, a rise/fall time of 500ps-2ns, and a duty cycle of 75%.

The PI6C4911506LIEX is highly reliable and includes built-in ESD protection up to 6kV. It meets the requirements of IEC 61000-4-2 and is compliant with RoHS and WEEE directives.

Conclusion:

The PI6C4911506LIEX is a highly efficient clock buffer and driver designed by Exar Corporation. It is suitable for a variety of applications such as analog-to-digital conversion, low-power digital systems, communication systems, industrial automation, and embedded systems. The device is based on the Exar proprietary NanoClock technology and operates on an input clock frequency of up to 200MHz.