8P34S1212NLGI

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Clock/Timing – Clock Buffers, Drivers is a broad area encompassing a wide range of various components and products. One such component, the 8P34S1212NLGI, is used in clock presentation and synchronization solutions. This component has a multitude of application fields and the working principle behind it can be clearly assessed by breaking down its specs and features.

One of the key defining characteristics of the 8P34S1212NLGI is its power consumption per channel. This component consumes considerably less than an equivalent component in its performance class and is therefore preferred for its energy efficiency. This component is designed for applications that involve considerable amounts of clock signaling, such as in embedded systems, servers and storage systems, medical systems, and network devices. The component also features lower jitter characteristics, providing transmission speeds at 10-15MHz with 3.2ns jitter.

The shielding feature in the 8P34S1212NLGI component is responsible for the component\'s low crosstalk ability. The component utilizes differential line termination, and together with the shielding provides immunity to component noise. The component makes use of a high-frequency LC resonator which facilitates better time-domain performance. This resonator design has a low component profile, occupying minimal space within the device.

As is typical with clock buffer components, the 8P34S1212NLGI component works by taking an input clock signal, amplifying it, and then distributing the signal to other slave devices. Clock buffering offers the benefits of improved signal clarity and improved signal-to-noise ratio. The component\'s adjustable slew rate enables control of the rate at which the signal transitions from high to low and vise-versa, and this can be used to reduce EMI and prevent crosstalk.

The 8P34S1212NLGI component is designed for applications in which robust performance and low power consumption are paramount. This component is also designed for low ESR, impedance, and voltage tolerance requirements, making it ideal for applications in which signal integrity must be maintained. This component can handle a wide range of signal types, including CMOS, LVCMOS, LVDS, PECL and more.

The 8P34S1212NLGI component is suitable for applications using multiple clocks. The component can synchronize multiple signals, provide timing diagrams, and otherwise manage signal traffic. As is the case with many clock buffer components, the 8P34S1212NLGI also supports multiple output channels. With multiple outputs available, the component can create signal patterns and support components with multiple clock demands.

In conclusion, the 8P34S1212NLGI Clock/Timing – Clock Buffer, Driver is a versatile clock buffer component that offers superior power efficiency and signal quality. The differential line termination and shielding features make this component suitable for environments in which signal integrity and EMI control are essential. The adjustable slew rate also means that this component can be used in a multitude of applications, with its low profile and multiple output channels making it ideal for multiple-clock environments.

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