SI5335D-B04018-GM

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Introduction

The SI5335D-B04018-GM is a clock generator and programmable spread-spectrum clock module designed for a variety of applications. It offers excellent timing performance and low jitter in a compact form factor. With the built-in digital synchronization and the ability to generate clock signals from multiple sources, it is the ideal device for applications demanding low-skew clock distribution.

Application Field

The SI5335D-B04018-GM is an ideal solution for clock generator and frequency synthesizer applications in a wide range of industries, including automotive, industrial, healthcare, and telecom. It can be used in applications such as power management solutions (SMPSs), frequency synthesis, signal distribution and timing control, optical communications, and process control.

The SI5335D-B04018-GM can be used for automotive applications including engine management and control, body control and infotainment systems, and power management solutions. It is also well-suited for use in industrial, optimization and control systems, frequency synthesis, process control and automation, and signal distribution.

In the telecom and healthcare industries, the SI5335D-B04018-GM can be used for applications such as timing control in communication systems, frequency synchronization, and clock distribution in medical and imaging equipment.

Working Principle

The SI5335D-B04018-GM is a clock generator and programmable spread-spectrum clock module that has three outputs and two selectable input sources. It can be programmed with a clock frequency up to 300 MHz. By changing the programming options, different clock frequencies can be generated. The module provides a wide array of application gain control and jitter control options, allowing it to be used in applications requiring ultra-low jitter performance.

The SI5335D-B04018-GM also includes digital synchronization circuitry that allows it to synchronize to an input signal from any of the two selectable input sources. This allows it to maintain timing accuracy and prevents phase drift from occurring. In addition, it has the ability to output a clock signal with spread-spectrum modulation, which can be adjusted for very low amounts of jitter in applications where jitter is a concern.

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