SI5350C-B02361-GTR

Series:	*
Packaging:	Tape & Reel (TR)
Moisture Sensitivity Level (MSL):	--
Part Status:	Active

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SI5350C-B02361-GTR Application Field and Working Principle

Clock or timing generators, also known as frequency synthesizers, are electronic circuits designed to generate signals at desired frequencies. These signal generators are commonly used in radio, television, and wireless communication systems, as well as in industrial and medical applications. The SI5350C-B02361-GTR (GTR) is an advanced, feature-rich clock generator specifically designed for telecommunications and high-performance computing applications. It combines an oscillator, phase-locked loop (PLL), crystal oscillator, and frequency translator functions onto a single device to simplify board designs and save valuable board space.

Overview

The SI5350C-B02361-GTR is a low-jitter, low-noise clock generator with a three-output PLL, crystal oscillator (XO), and frequency translator. It is designed to replace multiple discrete components with a single device and eliminates the need for additional components to generate desired output frequencies. The GTR is designed to provide high flexibility and performance, featuring a precision input clock, an excellent jitter performance, three wide-frequency bands, U.S. and European frequency bands, and an integrated fractional-N PLL.

Application Fields

The SI5350C-B02361-GTR is well suited for a variety of application fields, including voice, video, and data communications, industrial automation, high-speed computing and storage, medical equipment, and consumer electronics. It can be used to generate multiple output frequencies from a single input clock source, allowing for the elimination of multiple discrete components and the simplification of board designs.

Features and Benefits

The SI5350C-B02361-GTR offers a number of features and benefits that make it a suitable choice for a wide range of applications. These include:

• Three output PLL.
• Integrated XO.
• Integrated frequency translator.
• Precision input clock.
• U.S. and European frequency bands.
• Three wide-frequency bands.
• Excellent jitter performance.

Working Principle

The SI5350C-B02361-GTR works by combining the oscillator, PLL, XO, and frequency translator functions onto a single device. The input clock is used to generate an oscillator signal, which is then fed into the PLL. The output of the PLL is used to generate the desired output frequencies. The integrated XO ensures a low-jitter and low-noise output. The GTR also features a frequency translator circuit. This allows the device to generate higher frequencies than the input clock, while still maintaining excellent jitter performance. This is achieved by dividing the input clock frequency by a factor of N. This output is then multiplied by a factor of M, to generate the desired output frequency. The GTR also features a wide-frequency range and U.S. and European frequency bands. This allows for a greater flexibility in generating desired output frequencies.

Conclusion

The SI5350C-B02361-GTR is an advanced, feature-rich clock generator specifically designed for telecommunications and high-performance computing applications. It combines the oscillator, PLL, crystal oscillator, and frequency translator functions onto a single device, allowing for the simplification of board designs and a reduction in board space. It offers a precision input clock, an excellent jitter performance, three wide-frequency bands, U.S. and European frequency bands, and an integrated fractional-N PLL. The GTR is well suited for a variety of application fields, making it an ideal choice for a wide range of applications.

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