SI5335C-B02329-GMR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

SI5335C-B02329-GMR Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers

The SI5335C-B02329-GMR is a clock and timing device designed to meet a variety of timing needs. It operates as a clock generator, frequency synthesizer, or PLL to provide a wide range of output frequencies and clock quality while requiring minimal numbers of external components and configuration parameters.

The SI5335C-B02329-GMR is ideal for applications where an external clock is not available or where high reliability is desired. Its power-down functionality includes an integrated low-voltage detector, which enables it to enter a power-saving mode when the supply voltage is below a certain threshold. This makes it ideal for battery-powered systems, helping to ensure longer battery life.

Application Field

The SI5335C-B02329-GMR is suitable for applications that require a reliable clock or timing reference, such as communications, packet networks, and datacenter systems. It is also ideal for applications that require a high degree of flexibility, such as ATE systems, test probes, and surveillance systems. Additionally, its flexibility makes it suitable for a variety of other applications, including factory automation, medical/healthcare, and consumer/industrial electronic systems.

The SI5335C-B02329-GMR is also suitable for lower-power, low-speed systems, where reduced complexity and supporting system components would be beneficial. It supports a variety of frequencies, including standard CC (Cryptocurrency) algorithms, making it an attractive choice of device in the cryptocurrency market.

Working Principle

The SI5335C-B02329-GMR uses an on-chip variable phase-locked loop (PLL) to generate a wide range of frequencies. The device supports several types of reference inputs, including Reference Clock and REFCLK/SMA. The on-chip frequency synthesizer uses a digitally-programmable, feedback-controlled oscillator with a frequency range of up to 2.5GHz. The output clock is configured by pre-programmed configuration registers.

The SI5335C-B02329-GMR supports both single-ended and differential output configurations. The output can be adjusted using the on-chip programmable divider, which permits divisions up to 255. Additionally, the on-chip DDR SSC (Spread Spectrum Clocking) feature can reduce the electromagnetic interference (EMI) produced by the clock signal. The device also supports programmable output slew rates for increased EMI control.

The SI5335C-B02329-GMR supports multiple power-saving modes that reduce its power consumption in applications where low power is a priority. The device also integrates an optional bypass feature to ensure optimal system performance and minimize chip count. Additionally, the device can be used with both I2C and SPI interfaces, providing flexibility when interfacing to external systems.

Conclusion

The SI5335C-B02329-GMR is a powerful and flexible clock and timing device designed to meet the needs of a wide range of applications. It provides a wide range of output frequencies and clock qualities while requiring minimal numbers of external components and configuration parameters. Its low-power, power-saving modes and optional bypass feature makes it suitable for applications where low power is a priority. Additionally, its support for I2C and SPI interfaces make it a truly versatile device.

The specific data is subject to PDF, and the above content is for reference