CDCE72010RGCT Integrated Circuits (ICs)

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The CDCE72010RGCT is a high-speed clock generator and frequency synthesizer designed to use in a variety of applications. It is an integrated solution for providing low jitter clock generation and synchronization for a wide range of frequencies. the CDCE72010RGCT features a wide range of input frequency, high-accuracy crystal oscillator, and a dynamic frequency synthesizer that can produce up to 16 different output frequencies.

The CDCE72010RGCT is widely used in the electronics industry for applications such as programmable clock generation, timing controllers, system-on-chip (SoC) design, and clock synchronization. The primary application fields for the CDCE72010RGCT are telecommunications, high-end consumer electronics, gaming, cloud computing, server and storage, automotive, automotive infotainment, and aerospace and defense.

The working principle of the CDCE72010RGCT device is based on a combination of low jitter crystal clock generator technology and the Digital Frequency Synthesis (DFS), an advanced clock synthesis technology. The device can produce up to 16 clock outputs ranging from 10 MHz to over 1 GHz. It accepts a variety of single-ended or differential input frequencies and can use its dynamic frequency synthesizer to generate multiple frequencies from a single clock source.

The crystal oscillator circuit of the CDCE72010RGCT utilizes a high-accuracy quartz crystal that is tuned to a specific frequency. The quartz crystal generates a clock signal with low phase jitter, which is provided to the DFS circuit for synchronization. The DFS circuit then stores the input frequency, locks to the reference, and builds the desired output clock signals.

The CDCE72010RGCT is an ideal device for any application that requires low jitter clock generation and synchronization, such as telecommunications equipment, server and storage systems, gaming, and automotive infotainment systems. The device provides high-accuracy frequency synthesis and synchronization capabilities, which enable the generation of multiple clock outputs from a single clock source.

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