PI3EQX10964ZFE

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PI3EQX10964ZFE is an interface - signal buffer, repeater, splitter product developed by PI and Pericom Technology, which is mainly used for signal transmission and equalization in the high-speed signal transmission system. This application field and working principle of PI3EQX10964ZFE will be elaborated in this article.

PI3EQX10964ZFE application field mainly includes high-speed signal system engineering. This product offers a wide range of signal rates from 25MHz to 8.5GHz. It can support 26 different signal types, such as HD video, dual SFP+, PCI Express, Serial rapid IO and Ethernet. Besides, PI3EQX10964ZFE also has a wide range of input operating voltage support. It can support 3.3, 1.8 and 1.0 VDC, which can meet different working conditions.

The working principle of PI3EQX10964ZFE is relatively simple but efficient. It adopts a comprehensive integrated signal buffer and signal repeater technology. Specifically, it utilizes the signal equalization of predefined signal level as well as adjust the amplitudes of signal speed that can reduce the signal tab and crosstalk between the signal lines. Besides, PI3EQX10964ZFE supports skew signal time signal reflected signal and differential signal, with the capacitance to ground or signal band rejection filter, plus the multi-level stub filter, it can achieve effective signal equalization.

Apart from equalization, PI3EQX10964ZFE also offers an excellent signal splitting solution. It has one high speed differential input an ten outputs. It utilizes an internal clock buffer to insure reliable signal repetition with accurate clock duplication to the output interface. Moreover, it provides excellent signal integrity with low return loss and low noise. It is an ideal signal splitter for high speed signals.

In short, PI3EQX10964ZFE is a signal buffer, repeater, splitter product developed by PI and Pericom Technology, mainly used in high speed signal transmission engineering. It adopts a comprehensive integrated signal buffer and signal repeater technology which can reduce the signal tap and crosstalk between the signal lines. Moreover, it also offers excellent signal splitting solution which provides reliable signal repetition with accurate clock duplication to the output interface with low noise. Therefore, it is widely used in different types of high speed signal system engineering.

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