PI6C49X0210ZHIE

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PI6C49X0210ZHIE is a clock/timing device that supports today\'s high-bandwidth and low-power applications. This device is specifically designed for applications that need to generate very high speed clock signals in a small package size. It is a highly integrated, low-power, single-channel clock buffer/driver that can support up to 10 outputs, operating at up to 500MHz. The device provides the flexibility to adjust the output slew rate, enable/disable all outputs, and select a single-ended or differential signaling mode.

The PI6C49X0210ZHIE offers a wide range of features such as Automatic Level Up (ALU), stretch clock output, configurable termination, and output slew rate selection. It supports two different supply voltages; one for the input PLL and one for the outputs. The single-ended or differential signaling feature provides the flexibility to choose an input- or a differential-output configuration. The device can support both TTL and LVCMOS input levels at the same time, and output levels can be adjusted from 1.5V to 3.3V in either single-ended or differential mode.

The most common application fields for the PI6C49X0210ZHIE are high speed communications, computer servers, and consumer electronics. This device is frequently used in Gigabit Ethernet, Serial ATA, Fiber Channel, SD, and mobiles. The clock buffer is also frequently deployed in networking, storage, imaging, audio, and video components.

The working principle of the PI6C49X0210ZHIE is based on the use of a high-performance digital signal processor (DSP). The DSP is used to dynamically process digital audio and video signals, as well as to control and optimize the output signal. The DSP is also used to control the output slew rate, enable/disable the outputs, and select the input- and output-level configurations. Additionally, the output signal can be stretched or spread out to reduce jitter and improve signal-to-noise ratio. This makes the PI6C49X0210ZHIE an ideal choice for applications that require low jitter and extremely reliable clock signals.

In conclusion, the PI6C49X0210ZHIE is an advanced clock buffer/driver device offering large number of features and an ideal solution for applications that need to generate very high speed clock signals in a small package size. The device is suitable for a wide range of applications that require low power and high performance. The single-ended and differential signaling features, configurable termination, automatic level up, and adjustable output slew rate make the PI6C49X0210ZHIE an ideal choice for high speed communications, storage, imaging, audio, and video applications.

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