CDC421106RGET

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The CDC421106RGET is a low jitter frequency synthesizer developed by Maxim Integrated, a leading provider of integrated circuits for the analog and digital world. It offers clock generation for a variety of applications in the communications, storage, and digital audio markets.

The device is designed to address the challenging needs of today\'s high-speed, high-performance timing systems. It features a 6-output programmable clock generator with a highly integrated die size of 19 x 19 mm2. With a low-jitter, high-accuracy architecture, the CDC421106RGET is ideal for clock synchronization applications.

The CDC421106RGET is suitable for use in a wide variety of applications, such as clock/timing solutions in telecom, networking, and data storage equipment. Additionally, the device is well suited to high-speed interfaces, such as PCIe, HDMI, DisplayPort, and HDTV. It can be used for high-definition video streaming and broadcast applications, as well as for video signals sequenced in accordance with SMPTE standards.

The CDC421106RGET is a user-programmable frequency synthesizer that uses a digital PLL (Phase Locked Loop) to synthesize any output frequency within a specified frequency range. It utilizes a multi-modulus prescaler, an input reference clock, and a programmable output divider to fold and stretch input frequencies to achieve desired output frequencies. The device supports a wide range of VCO (Voltage-Controlled Oscillator) frequencies, input reference frequencies, and output frequencies. It also offers advanced features, such as spread-spectrum clock generation and PLL assist, to generate low-jitter signals from very low-noise references.

The CDC421106RGET is a highly versatile and reliable device that can be used for frequency synthesis, clock generation, and PLL applications. It is ideal for consumer electronics, telecom equipment, data storage, and other clock-sensitive applications. The device is also RoHS compliant and its low-jitter and high-accuracy architecture enables it to meet the needs of today\'s high-performance timing systems.

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