SI5338C-B05953-GM

The SI5338C-B05953-GM is a high-performance Clock/Timing – Application Specific device. It is used for a variety tasks such as providing precision time synchronization and clean-clock signal within networks, as well as hosting other network devices. In this article, we will explore its application field and working principles.

This device is well suited for applications that require precision timing. It features a low crest factor up to 1.7V and a low jitter of less than 1ps. It can provide a clean clock signal with a frequency range of 19.2MHz to 9.6GHz. It is perfect for applications requiring high frequency synchronization. The SI5338C-B05953-GM also supports differential input and output signals, which provides more flexibility.

The SI5338C-B05953-GM offers network clock distribution with a few features. It supports IEEE1588-2008 Path Delay Measurement protocol, making it ideal for distributed networks. Its Input Frequency Tracking performance allows it to detect and lock to input signal frequency very quickly. It is also able to operate in fail-free mode and share the timing signal with multiple devices, even in the event of signal interruption.

The SI5338C-B05953-GM is ideal for equipment used in broadcast, audio/video and automotive applications. It provides increased precision and stability across its network timing environment. This ensures that all devices in the network are compliant with the same standard. It also offers good isolation from any interference that can occur during the transmission of information within a network.

The working principle of the SI5338C-B05953-GM is based on a clock generator and PLL-based clock multiplier. The clock generator generates an input clock signal that is fed into the PLL, which is then multiplied and then output as the desired output frequency. The PLL generates clean clock signals with low jitter and fast switching, which helps reduce power consumption and improves system performance.

The SI5338C-B05953-GM is a great device for applications requiring precise timing and synchronization. It can provide a low-jitter clean-clock signal with a wide frequency range and many advanced features for optimal performance. It is perfect for network devices, broadcast, audio/video and automotive applications, where precision time synchronization is needed.