SI5335B-B02223-GMR

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SI5335B-B02223-GMR is an asynchronous clock signal generator or frequency synthesizer which has been adopted by several industries in recent years. It is essentially a programmable device that takes a clock input from a base oscillator and generates a signal output that can programmatically adjusted to generate the desired signal.

The SI5335B-B02223-GMR clock signal generator is designed to work as either a low-phase-noise clock signal generator with a wide range of outputs, or as a standard frequency synthesizer. Its programmable main output is adjustable from below 200 kHz to up to 350 MHz, while the sub-oscillator output may be adjusted from below 3.2 MHz to 150 MHz. Furthermore, its high-speed performance and low-power consumption allows it to be a highly efficient solution for a variety of clock and timing applications.

One of the major applications for SI5335B-B02223-GMR is its use in radio frequency (RF) transmitters. By using the SI5335B-B02223-GMR to generate the clock signal, its accuracy and stability can prevent the interference and sync errors which often happen in fast-speed radio systems. Additionally, its wide range of output frequencies make it suitable for different RF protocols, ranging from GSM and LTE to DSL and WiMAX.

In addition to radio frequency applications, SI5335B-B02223-GMR is also used in communications systems, such as PCM/TDM multiplexers, data over fiber systems, and private networks. Its low phase noise, wide output frequency range, and adjustable pulse width make it ideal for such applications. It can help maintain synchronization and reduce jitter in these systems.

Another popular application of this device is its use in clocking ASICs, FPGAs and DSPs. In these cases, the SI5335B-B02223-GMR allows for the incorporation of both high-frequency clock signals and sub-oscillator outputs. Furthermore, its frequency accuracy, low power consumption, and wide output range make it ideal for implementation in these circuit technologies.

At the heart of the SI5335B-B02223-GMR is its programmable output engine, which uses an advanced digital frequency synthesizer and Loop-Lock engine to adjust and generate precisely the desired output frequency. The various programmable parameters and registers of the output engine, such as different source selections, enable a nearly infinite variety of clock signals. This makes the SI5335B-B02223-GMR an extremely versatile clock generator.

In conclusion, the SI5335B-B02223-GMR is a very capable device that is widely used in a variety of clock and timing applications. Its wide range of programmable output frequencies allow it to be used in both RF and communications systems, as well as for clocking FPGAs and DSPs. Its low-phase-noise and low-power-consumption features make it an ideal choice for this type of application.

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