MC100ES6056DTR2

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The MC100ES6056DTR2 (MC100ES6056) is a dual output Enhanced Skew & Jitter Clock Driver with an integrated Power-On Low Voltage Detector. It is part of On Semiconductor’s MC100E Series, a portfolio of low-skew clock drivers specifically designed to meet the design challenges of clock distribution and synchronization found in computing, communications, consumer and industrial digital systems. The MC100ES6056 excels in applications where top-level digital performance is required, such as PCI Express Gen 1/Gen 2 lanes and SATA interface. The MC100ES6056 has both a low-voltage and high-voltage output, making it suitable for a variety of applications.

Description

The MC100ES6056 is a high-performance clock driver that supports a wide range of output frequencies from 10MHz to 1GHz. It supports both differential outputs and single ended outputs. The MC100ES6056 includes three integrated slewing steps or ramping speeds to better support different system performance requirements. It has an integrated low-voltage and high-voltage Power-On Low Voltage Detector. This provides control over the power-on sequence, which helps save power and reduces noise when driving circuits. The MC100ES6056 has two outputs, and each of the outputs can be set to a different voltage level. It also features an integrated skew eliminator, which helps reduce the jitter induced by the outputs or outputs over the supply range.

Application Field & Working Principle

The MC100ES6056 is suitable for a wide range of applications including computing, communications, consumer and industrial digital systems. It is ideal for PCI Express Gen 1/Gen 2 lanes, SATA interface, and distributed and synchronized clock systems. The MC100ES6056 requires a supply voltage between 2.375V and 3.465V to operate. It requires an input frequency of between 10MHz and 1GHz.

The MC100ES6056 contains an integrated slew interpolator, which allows for a high degree of customization of the clock driver’s output. The slew interpolator takes the input clock signal and interpolates the slewing of the output clock signals. This helps reduce jitter caused due to clock skew, and also helps spread the output of the clock signal. The two outputs of the MC100ES6056 can be set to different voltage levels and frequencies, allowing for better control of the clock signal.

The MC100ES6056 also contains an integrated Power-On Low Voltage Detector. This feature helps save power and reduce noise when driving circuits by controlling the power-on sequence. The Power-On Low Voltage Detector is triggered when the supply voltage drops below a predetermined voltage threshold. Once the voltage threshold is exceeded, the power-on sequence is completed and the clock driver is enabled.

The MC100ES6056 also contains an active skew control. This helps to eliminate jitter induced due to outputs or outputs over the supply range. The clock driver also provides a dual buffer, which helps provide a more reliable output when driving a system clock. The MC100ES6056 also provides a variety of low-voltage and high-voltage outputs, allowing for a greater flexibility and customization for system clock drives.

The MC100ES6056 is a highly versatile and reliable clock driver suitable for many applications. The integrated slew interpolator helps reduce jitter, while the low-voltage and high-voltage outputs provide the flexibility and customization to meet the design challenges of clock distribution and synchronization found in today’s digital systems. The Power-On Low Voltage Detector provides control over the power-on sequence, helping to reduce power consumption and noise when driving circuits. The MC100ES6056 also features an active skew control and a dual buffer, providing a more reliable system clock that is better suited for today’s challenges.

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