MC10EP11DTG

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The MC10EP11DTG is a Clock/Timing - Clock Buffers, Drivers device. It is typically used for clocking applications in industrial or consumer products. It acts as a buffer between a higher speed master clock, or oscillator, and one or more low speed circuits. By buffering the signal, it ensures the jitter and reliability of the signal at the lower end of the chain.

The MC10EP11DTG device has two outputs, a Dynamic Differential Output (DDO) and a Static Differential Output (SDO). The DDO is used to drive switches and transceivers while the SDO is used to drive voltage controlled oscillators, phase locked loops, or other precision timing components such as voltage-controlled delay lines. Its output buffering structure helps it minimize the effects of high frequency noise on the low speed components.

The MC10EP11DTG is a differential input/output device, meaning it can accept differentially-encoded input signals from sources such as PLLs and LC oscillators. This alleviates the need for logic level conversion, which can cause signal degradation due to the noise immunity it provides.

The device has a separate sleep mode control input, which can be used to save power by putting the device into a low power state. This reduces power consumption by reducing logic gates’ switching noise, and reduces overall footprint as fewer pins are used. This feature also helps reduce EMI, as the reduced switching activity reduces the amount of emitted RF.

The MC10EP11DTG has built-in features to ensure signal integrity and robustness. It has a proprietary low jitter architecture and an inherent balance between differential input/output paths to ensure stability under variable signal conditions. It features output signal slew rate control to ensure the outputs are compliant with signal requirements.

The MC10EP11DTG also features an adaptive signal skew control feature, which eliminates any potential drift in signal arrival times. This helps ensure timing integrity across different applications, allowing designers to have lower tolerance margins which helps in EMI mitigation. It also ensures that signal integrity remains consistent across the device’s operating temperature range.

In addition, the MC10EP11DTG also features internal protection circuitry to protect the device from damage or excessive current due to distribution effects such as load reflections, or external fault conditions such as electrostatic discharge. This allows the device to safely be used in a variety of applications with reduced risk of damage from unforeseen conditions.

The MC10EP11DTG device is useful for clocking applications in industrial and consumer products, seamlessly and reliably buffering high speed sources into lower speed signals, while guaranteeing signal integrity and protection from ESD and other external faults. It features low jitter, adaptive signal skew control, and several internal protection features, allowing it to be used in a wide variety of industrial and consumer applications.

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