MC100ES6221AE

The MC100ES6221AE is a low power, low skew, differential clock/timing buffer that divides an input frequency by any integer between 1 and 32. It can be used as a two- to four-output clock divider, module, or buffer.

The MC100ES6221AE is a high-speed, low-power CMOS device that is highly reliable and has low static and dynamic power consumption. It has a wide operating range of 1.8 V to 3.3 V, and can run at up to 1 GHz frequencies. It also has excellent power supply noise and clock skew. The device also has an in-house self-test mode.

The MC100ES6221AE application field is versatile and can be used for a variety of applications including clock and timing buffer for computing systems, communication systems, and industrial automation. Additionally, it can serve as a general-purpose clock divider for applications with frequent frequency changes, or as a clock delay device for precise timing adjustment.

The MC100ES6221AE working principle is based on the proprietary dynamic skew reduction technology. It utilizes two stable PLLs to accurately control the clock signal delay, while two cross-coupled, loop-back circuits provide accurate and stable clock outputs with low skew. The dynamic skew reduction technology optimizes the dynamic operation of the device by optimizing its operating frequency based on a feedback loop. Furthermore, the device can adjust interference rejection and minimize the effect of noise on the clock signal, making it suitable for noise sensitive applications.

The MC100ES6221AE is an essential clock/timing buffer for many applications that require an accurate, highly reliable, and low-power clock/timing buffer solution. It is capable of providing precision clocking with low static and dynamic power consumption, while still achieving low skew and a wide operating range. Furthermore, its dynamic skew reduction technology ensures that the device performs optimally in high-noise environments.