SI5335B-B01365-GM

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The SI5335B-B01365-GM is a versatile clock generator/synthesizer integrated circuit (IC) designed and created by Silicon Labs. This device is able to generate low jitter clock frequencies while using a wide range of popular clock inputs and programmable settings. It is well suited to a variety of applications ranging from general-purpose clocks to timing-critical systems.

The SI5335B-B01365-GM is a versatile clock generator/frequency synthesizer IC, ideally suited for applications requiring high frequency clock accuracy, such as network devices, system controllers, and embedded domains. This device uses a variety of clock inputs, packages, and settings, which allow it to be tailored to the application’s specific requirements. Its wide range of programmable options can easily fulfil the needs of design engineers, be it through output frequencies adjustable up to 400-MHz or input frequencies from either the crystal oscillator or the phase-locked loop (PLL).

The SI5335B-B01365-GM is also versatile in terms of its support for clock/timing components. It contains a low noise voltage-controlled oscillator (VCO) as well as a supporting divider block, so that the user can synthesize clock frequencies that are exact multiples of the input clock. Users are also able to use the device’s low frequency jitter attenuators to reduce output clock jitter, allowing the device to meet stringent requirements for robust clock operations in systems where clock accuracy is critical. Additionally, the SI5335B-B01365-GM comes in a small package and consumes very little power.

The working principle of the SI5335B-B01365-GM is quite simple. The device contains two basic components, a PLL and a Digital Phase-Locked Loop (DPLL). The PLL is used to match the input clock frequency with a programmable frequency. The DPLL is then used to modify the output frequency until it matches the desired frequency. The DPLL is also used to reduce jitter caused by the PLL.

The SI5335B-B01365-GM is well suited for applications requiring high frequency clock accuracy, such as network communications, system controllers, embedded domains, and other high performance environments. The device combines a wide range of programmable settings, low jitter output clocks, small package size, and low power consumption, all of which make it an ideal choice for designers looking for an efficient and cost effective clock/timing solution. As a result, the SI5335B-B01365-GM is a key component in clock/timing solutions and is becoming increasingly popular with engineers and designers alike.

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