MC10H643FNR2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MC10H643FNR2 Application Field and Working Principle

MC10H643FNR2 is a high-speed, edge-enhanced clock buffer and driver with built-in jitter reduction. Its application field could cover consumer electronics, test equipment and telecom, security, homeland defence and industrial equipment. Its performance and functionality far beyond the low-cost standard buffers, which makes it a great choice for current applications and drives for the future.

Unlike standard clock buffers, the MC10H643FNR2 clock buffer and driver offers the additional benefit of reduced jitter, which greatly enhances system performance. It is an IC that can be used to improve the reliability of communications and control systems. In a basic sense, the MC10H643FNR2 clock driver generates buffered copies of a clock signal, which are then used to synchronize other clock-driven components.

The MC10H643FNR2 is a low-power, low-noise Jitter Attenuator that offers superior jitter attenuation compared to other clock buffers. Its excellent jitter attenuation performance is achieved through an advanced design that reduces parasitic interference and ensures a low steady-state noise floor. The device features a slew rate control pin, which allows for enhanced system performance, and a programmable output current for optimized drive capabilities.

The MC10H643FNR2 clock buffer and driver works by exchanging data in two directions, by synchronizing clocks, digital logic, and other electronic devices. The device also operates at relatively low speed which reduces risk of data loss due to interference from nearby signals. This also reduces jitter, as the signal is not subject to sudden changes in frequency or phase.

The MC10H643FNR2 includes a low noise floor that allows for high frequency clock rates with low jitter. The device also features a wide range of adjustable supply voltage, allowing for a broad range of applications. The output drive current is also adjustable, providing optimized drive rates for a variety of applications. Finally, its differential input/output enables low phase error and wideband jitter attenuation.

In summary, the advantages of the MC10H643FNR2 are superior jitter attenuation, low power operation, adjustable output drive current, wide range of adjustable supply voltage and low phase error. Its wide range of applications include consumer electronics, test equipment, telecommunication, security and industrial equipment. The device is suitable for high-frequency digital systems, offering improved system performance and reliability.

The specific data is subject to PDF, and the above content is for reference