CS2000P-DZZR

The CS2000P-DZZR is a clock generator, made by IDT (Integrated Device Technology). It is commonly used in many types of applications, such as telecom networks, aerospace, industrial, and various other computing systems. It provides an ultra-low-jitter clock signal, allowing for precision synchronization of data and providing better performance in many types of systems.

The CS2000P-DZZR can be used with different types of frequencies and phase-locked loop (PLL) methods. It can provide a wide range of frequencies, starting from 1 Mhz up to 250 Mhz, with a high degree of accuracy even at minimum frequencies. It also features a very low jitter performance, which is essential in any kind of system that requires precise timekeeping. Additionally, its wide frequency range also ensures that it can be used in other applications where the frequencies may vary more than usual.

In terms of working principle, the CS2000P-DZZR can be compared to other clock generators. It uses oscillators that oscillate at different frequencies. These oscillators are then put through a phase-locked loop method to ensure that the frequency output is precise and accurate. The phase-locked loop method also allows for a certain degree of tolerance which prevents the signal from being affected by external interference. Furthermore, it also provides a high level of long-term accuracy.

Having an integrated design, the CS2000P-DZZR has the ability to regulate the frequency and the jitter of the output signals. This helps to maintain a higher performance in applications and can be especially beneficial in certain scenarios where precision is of the utmost importance. Additionally, the CS2000P-DZZR also requires minimal power consumption and provides very low noise emission.

The CS2000P-DZZR is designed to work perfectly in virtually any application. As such, it can be an ideal solution for situations that require high accuracy and low jitter in a variety of frequency ranges. It can also be used to address a wide range of problems involving synchronization of data, making it the perfect choice in many types of applications.