MC100E211FNR2G

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The MC100E211FNR2G is a versatile component within the field of clock/timing devices that offers a large variety of signals and timing applications. As a clock buffer and driver for both digital systems and digital video systems, this component provides excellent signal integrity, low power consumption, and short-circuit protection at great prices. For more sophisticated applications, the MC100E211FNR2G contains adjustable internal dividers that can be used to generate any division ratio needed for a specific application. Furthermore, for applications that require the utmost synchronization, the component also includes an adjustable phase-locked loop, allowing for precision synchronization of signals.

The MC100E211FNR2G is also reliable, making it one of the most popular components that are used in various timing-sensitive applications such as clock synchronization, phase shifting, and clock divide-by-ratio circuits. Its power and signal integrity are unbeatable, and its ultra rapid start-up speed, less than 50ns, assures that data streams will not be disrupted. The device’s low-noise levels eliminate the need for additional clock circuitry, making it ideal for high-end applications. As an added value, the MC100E211FNR2G comes in an easy-to-use and space-saving DIP-8 package, allowing for easy installation and hand-holder routing.

The MC100E211FNR2G is also very versatile, providing precisely what’s needed in many systems. Whether a single divide-by-two clock buffer or a complex timing/video card, the MC100E211FNR2G is always up to the task. Its flexible driver circuitry can be used to generate sub-clock signals for advanced video and video-broadcast applications. Furthermore, when more complex logic and timing applications come into play, the advanced divider circuitry can be used to achieve an exact division ratio. This makes it the perfect choice for applications such as industrial communication, advanced video, and audio systems.

The MC100E211FNR2G is also an important component for clock-timing applications, that is, for systems that require precise clock signals for accurate data transmission and reception. A classic example is an Ethernet network, where a precise clock is needed to ensure correct timing of digital data signals. The MC100E211FNR2G is thus able to provide a stable reference clock in this type of application. Furthermore, the MC100E211FNR2G can help minimize the operational expenses, as its low power consumption helps reduce energy costs.

In conclusion, the MC100E211FNR2G Clock Buffer and Driver is an invaluable component in many clock and timing applications, such as generating accurate clocks, time synchronization, and multi-clocking of data streams. Its low power consumption and high signal integrity make it the ideal choice for a wide range of applications and systems. The adjustable dividers and PLL circuitry provide the flexibility needed for complex applications and systems, making it one of the most sought-after components for clock-timing solutions.

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