SI5324A-C-GM

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The SI5324A-C-GM is an extremely versatile and highly configurable clock generator from Silicon Laboratories. This device offers a range of clock output options and enables customers to design highly flexible systems with various clock management and distribution functions. The SI5324A-C-GM provides seven differential clock outputs and four single-ended clock outputs and provides a rich set of clock synthesis, buffering, and fanout capabilities. Clock synchronization can be achieved across boards, systems, or multiple devices. The SI5324A-C-GM can solve a variety of problems with clock synchronization and distribution.

Introduction

The SI5324A-C-GM is a highly configurable clock generator from Silicon Laboratories that can be used in a wide range of applications. It is a highly reliable device with a wide range of clock options. The SI5324A-C-GM can be used in communications and networking applications, to provide clock synchronization across storagemonitoring and communications, military and aerospace applications, automotive and consumer electronics and many more. This device provides a wealth of features and flexibility in managing clock signals and allows synchronization and distribution of the clock into other locations.

Design Features

The SI5324A-C-GM provides seven differential clock outputs and four single-ended clock outputs. This highly configurable clock generator has an integrated phase-locked loop (PLL) and other flexible digital circuitry to provide jitter attenuation and clock synthesis capabilities while also providing off-sheet fanout capability. The device also integrates digital paths and other logic elements to support programmability, reconfigurability, timing correction, and rate selection. This device also supports multiple clock outputs from one device and also allows clock synchronization and phase-alignment capabilities between all its XO outputs, thus enabling multiple on-board clocks.

The SI5324A-C-GM is equipped with an internal phase-locked loop with a wide frequency range of 2 MHz to 400 MHz and even wider if the device is used in conjunction with external components. This wide operational range allows the device to support a variety of output frequencies and allows customers to design highly flexible systems. This device also offers jitter attenuation performance across clock outputs and achieves an average jitter of 40 femtoseconds. It also supports a wide range of input frequencies and voltage levels and tolerates up to 2:1 duty cycle variation.

The SI5324A-C-GM supports a wide range of input and output types such as LVPECL, LVDS and LVCMOS, allowing users to create systems with clock signals that can be used across different platforms and ICs. This clock generator also features a very low power consumption of 0.8W and a space-saving compact size, allowing customers to save space on the PCB. It also has an extended operating temperature range of -40°C to +85°C, allowing it to be used in industrial and transportation applications.

Application Field

The SI5324A-C-GM clock generator has various application fields. Its versatile clock capabilities, fast synchronization and wide range of frequency outputs make it ideal for use in communications and networking, military and aerospace, automotive and consumer electronics, signal processing and storage, medical and instrumentation, data communications, and enterprise networking applications.

In communications and networking applications, the SI5324A-C-GM can be used to provide fast synchronization and reliable clock distributions across assemblies and networks. The device also supports multiple clock outputs, which allows customers to tailor their clocks to the specific needs of their application. Additionally, the device can achieve an average jitter of 40 femtoseconds, allowing for reliable clock synchronization across devices.

In military and aerospace applications, the SI5324A-C-GM can be used to provide reliable and accurate synchronization for data acquisition and other mission-critical tasks. This clock generator also supports input frequencies of up to 400 MHz, making it ideal for use in such applications. Additionally, the device has a wide operati

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