SI5335D-B02189-GMR

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The SI5335D-B02189-GMR is an ultra low jitter integrated clock generator with multiple output frequencies, making it well-suited for high-frequency applications. The clock generator has a clean signal output, making it a great choice for mission-critical applications such as base stations and medical systems. The SI5335D-B02189-GMR offers a wide range of features including programmability and pre-programmed configurations that make it an ideal choice for any clock application.

At its core, the SI5335D-B02189-GMR is based on a highly integrated PLL frequency synthesizer which produces the desired output clocks and frequencies. This device is designed for use in clock speed-sensitive applications such as television receivers and digital audio systems. Additionally, the SI5335D-B02189-GMR supports multiple output oscillators and dividers, allowing for the generation of complex timing signals.

The SI5335D-B02189-GMR supports a variety of clock outputs, including sine wave output, BPSK output, PECL output and spread spectrum clocking (SSC). These output types are supported by three programmable clock outputs, two external inputs and two reference clocks. The SI5335D-B02189-GMR also features an 8-bit serial configurable interface which allows the user to easily customize the operation and feature set of the clock generator.

The SI5335D-B02189-GMR offers a wide range of features and multiple output frequencies that make it well-suited for mission-critical applications. The integrated frequency synthesizer allows the user to generate a wide range of clock signals of varying frequencies, with ultra low jitter and a clean signal output. Additionally, the serial configurable interface allows the user to customize the features and operation of the clock generator to meet the specific needs of their application. With these features and its ease of use, the SI5335D-B02189-GMR is the ideal choice for clock and frequency synthesis in a variety of applications.

The SI5335D-B02189-GMR is well-suited for clock and frequency synthesis applications in industrial and military applications, for example, waveforms for radar and mobile communication applications. The device can also be used for frequency datasheets, waveform waveform pulse-width modulation (PWM) applications and high-speed waveforms. This flexibility and range make the SI5335D-B02189-GMR a great choice for designers who need a versatile, reliable clock generator that can deliver data accurately and quickly.

In addition, the SI5335D-B02189-GMR is capable of providing an output frequency in a range form 1MHz to 100MHz which is programmable, making it able to support a multitude of applications. This means that it can cater to the needs of almost any clock application, and the relatively low jitter ensures that the output signal stays clean and accurate. The SI5335D-B02189-GMR also supports spread spectrum clocking, allowing the user to reduce undesirable electromagnetic interference (EMI).

To sum up, the SI5335D-B02189-GMR is an ultra low jitter, programmable clock generator which is designed for use in mission-critical applications. It is well-suited for industrial and military applications and supports multiple output frequencies and outputs, making it ideal for a wide range of clock applications. It can support an output frequency of up to 100MHz, and its integrated PLL frequency synthesizer ensures the desired output frequencies are low jitter and clean. Overall, the SI5335D-B02189-GMR is a great choice for a reliable and advanced clock generator.

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