SI5350A-B05598-GTR

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The SI5350A-B05598-GTR is a clock generator, phase-locked loop (PLL) and frequency synthesizer from Silicon Labs. It is ideal for applications requiring low phase noise at both high and low frequencies, as well as integrated PLLs for multi-gigabit communications. The chip supports six outputs, with each output having independently adjustable frequency and phase, allowing a wide range of output clock frequencies.

This device is designed to provide an output of up to 600 MHz with a frequency accuracy of ± 0.20%. The chip features an integrated PLL and supports a wide input frequency range of 25 - 700 MHz. It is also equipped with an integrated Voltage Controlled Oscillator (VCO), which operates at up to 900 MHz and features a programmable frequency band.

The SI5350A-B05598-GTR uses a four-wire-serial interface (I2C) and a Digital Lock Detect (DLL) feature to reduce system setup time. The chip also supports an integrated spread spectrum clock generator (SSCG), allowing system clock speeds to be adjusted for better EMI characteristics. Additionally, a low-power shutdown mode (LPSD) allows the device to be shut down when not in use, saving power and increasing system efficiency.

The SI5350A-B05598-GTR is ideal for applications requiring high frequency stability and low-phase noise, such as wireless LANs, cellular base stations, landing systems, and high-performance workstations. It supports up to 600 MHz output and is able to generate four different clock frequencies, with each output adjustable in frequency and phase independently. The integrated PLL allows the device to track multiple clock sources, and its wide input frequency range of 25 - 700 MHz makes it suitable for a wide range of applications.

In addition, the SI5350A-B05598-GTR has built-in jitter attenuation and supports an integrated spread spectrum clock generator to improve EMI characteristics. The four-wire serial interface is easy to configure, and the chip also supports a low-power shutdown mode for increased system efficiency. The wide frequency range and low-phase noise makes this chip suitable for a wide range of applications which require high frequency stability.

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