SI5338C-B08605-GMR

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SI5338C-B08605-GMR Application Field and Working Principle

Clock/Timing - Application Specific

The SI5338C-B08605-GMR is a Low-Jitter, Low-Phase-Noise Clock Generator used for high-performance applications. This clock generator is a high performance, high stability, low-jitter clock generator designed for use in applications requiring ultra low-jitter, low-phase noise performance such as communications receivers, radar systems, test & measurement systems, and similar applications demanding the industry’s lowest jitter clock sources. This clock generator has low-pass filtering, digital de-skew, and jitter attenuation capabilities.

The SI5338C-B08605-GMR clock generator is an 8-output, multi-purpose clock generator. It has a wide frequency range which can generate clocks from as low as 1Hz up to several hundred MHz, depending on the selected frequency, power supply voltage and temperature range.

The SI5338C-B08605-GMR clock generator has multiple outputs which are output synchronized to a single reference clock. The outputs are designed to have jitter of less than 55 fs with respect to the reference clock. With a wide frequency range, the clock generator is able to generate multiple clocks from a single reference clock and can be operated over a wide range of temperature range from -40°C to 100°C.

The clock generator offers an unparalleled combination of low-jitter, low-phase-noise, and wide frequency range. This versatile clock generator is suitable for a wide variety of applications, from high-performance networking and communications applications to broadcast television, video, and audio applications. The SI5338C-B08605-GMR clock generator’s low-jitter and low-phase noise performance makes it ideal for use in high-performance, high-reliability applications that require the lowest possible jitter, noise, and drift.

The SI5338C-B08605-GMR clock generator is capable of generating a wide variety of clock outputs including differential and single-ended clock outputs, LVCMOS clock outputs, and CCB clock outputs. It is also capable of generating multiple independent frequencies across a wide frequency range. It also has digital de-skew capabilities, which are essential for operations requiring precise synchronization among multiple clocks.

The SI5338C-B08605-GMR clock generator is designed for operation over a wide input frequency range and temperature ranges. It is designed for operation over an operating temperature range of -40°C to 100°C. The SI5338C-B08605-GMR is also designed for high frequency operation with a maximum frequency of 600 MHz.

The SI5338C-B08605-GMR clock generator works by taking in an external reference clock source and then generating multiple outputs synchronized to the reference clock. For a low-frequency reference clock, the clock generator can generate multiple low-jitter and low-phase-noise outputs. For a higher frequency reference clock, the clock generator can generate multiple outputs synchronized to the reference clock while consuming less power than other clock generators. The clock generator also has digital de-skew capabilities, allowing it to become a single point of clock synchronization.

The SI5338C-B08605-GMR clock generator also has adjustable rise and fall times, allowing it to achieve the right amount of phase noise, jitter, and de-skew for any application. The clock generator also has a low-pass filter to ensure that only the desired frequencies are generated. This low-pass filter also helps to reduce phase noise in the output.

Overall, the SI5338C-B08605-GMR is a versatile, high-performance clock generator with a wide frequency range, low-jitter, low-phase-noise, low-pass filtering, jitter attenuation, and digital de-skew capabilities. Its wide range of features makes it a great choice for high-performance, low-jitter, and low-phase noise clock generators for applications such as communications receivers, high-reliability test and measurement systems, and similar applications requiring the industry’s lowest jitter clock sources.

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