PI6C48533-01LEX

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The PI6C48533-01LEX is a high performance low insertion loss differential clock driver designed to support high speed clock transmission across long traces or cables. This device provides an easy way to extend clock signals in high speed system applications. It is an ideal Clock/Timing - Clock Buffers, Driver clock driver solution for applications such as point-to-point communications and clock distribution networks.

The PI6C48533-01LEX is capable of transmitting clock signals over long distances and is designed to drive signals up to 8GHz or higher. It can also be used to drive multiple differential or single ended clock signals up to 6.75GHz. The device’s low insertion loss ensures that the output signal quality is uniform regardless of the trace or cable length used. Furthermore, its differential input/output scheme provides performance that is completely immune to external noise sources.

The PI6C48533-01LEX works by using its differential input signals to actively drive the differential outputs through an internal buffer. The device provides a fast response time and does not require any external components. This makes the PI6C48533-01LEX ideal for high speed systems where quick response times and component simplicity are desired.

The PI6C48533-01LEX is a highly reliable device and has excellent long term stability characteristics. The device is fabricated using a high performance multilayered circuit board which ensures uniform clock signal propagation in all directions. The device\'s output buffers are designed to provide exceptional signal quality and are able to drive heavy capacitive loads.

The PI6C48533-01LEX also offers several advanced features to improve the system performance. It has built-in skew compensation which automatically compensates the skew between different clock outputs. This allows the device to operate flawlessly in high frequency systems. It also supports voltage adjustable outputs which allows the output arms to be adjusted from 1.2V to 3.3V. This feature can be used to match the differential voltage swing of the device to that of the host devices.

In addition, the device also has an advanced spread spectrum output feature. This feature allows a single clock signal to be spread out across multiple frequencies. This helps to reduce the jitter of the signal and also eliminates the interference between different clock signals. The PI6C48533-01LEX can be easily controlled by programming its internal registers. The device is also compatible with a range of digital control protocols.

Overall, the PI6C48533-01LEX is a powerful and cost-effective differential clock driver that can be used for extending clocks in high speed systems. Its excellent signal propagation properties and advanced features make it an ideal choice for applications that require high speed and accuracy. The device is also highly reliable and has excellent long term stability characteristics, making it a great choice for mission critical applications.

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