SI5355A-B07007-GMR

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The SI5351A-B07007-GMR is a multi-output programmable clock generator. This clock generator produces precision clocks using an on-board oven-controlled crystal oscillator (OCXO) which operates between 8 KHz and 101.6 MHz. This device is used in a variety of applications, including television, clock generator and radio frequency (RF) networks. The device has four clock outputs, including two programmable clock outputs, one master clock output and one reference clock output. The SI5351A-B07007-GMR is optimized for applications requiring extreme precision timing and repeatability.

The SI5351A-B07007-GMR is an I2C-controlled programmable crystal oscillator with a combination of an internal oscillator, a crystal oscillator, a programmable clock generator and a digital control function. The device is designed using a high-frequency, low-noise PLL, and provides LVCMOS output and low-power, high-resolution outputs. This versatile device provides more than 400 programmable clock frequencies and more than 500 programmable frequency ratios, allowing for quick and easy system configuration.

The clock generator also has an advanced frequency synthesis capability that allows fine tuning of the output frequency by fractional PLL and fractional-N synthesizer. This allows for adjusting the output frequency to exactly match the target frequency. The architecture is based on the Sigma-Delta feedback loop, and the control of the reference frequency is independent of the VCO and PLL loop filters. This feature is particularly useful in applications where exact frequency accuracy is required.

The SI5351A-B07007-GMR clock generator is used for wide variety of applications, including laboratory test and measurement, data acquisition, automotive, industrial, healthcare, military, secure communications, and other timing-critical applications. Clock signals are used to accurately synchronize components such as counters, timers, memories, and digital logic circuits in order to achieve functional interconnection. This clock generator is designed to facilitate the design of synchronous systems that rely on fast, easy-to-program, low-power, and reliable solutions.

The SI5351A-B07007-GMR can be programmed to the particular application’s needs by using a set of I2C commands. It is possible to manually enter the exact frequency or it can be programmed to a user-specified frequency ratio or generated out of a programmable frequency or a crystal oscillator frequency. It can be also programmable to a non-integer frequency ratio that typically requires advanced programming. This device can be programmed via a Windows PC software or alternatively from a system controller that can write the required I2C registers.

In addition to frequency programming, the SI5351A-B07007-GMR also provides several types of packaging options, low-power features, output power control, and a wide selection of timing features. The device is designed with an ultra-low jitter frequency synthesizer, which is optimized for ultra-low jitter performance. The device is available in a variety of packages and has a full range of options such as trimming, calibration, and fine adjustment that make it suitable for high-accuracy applications.

The SI5351A-B07007-GMR is a reliable and highly accurate clock generator, designed to meet the needs of a wide range of applications. The device is an ideal choice for the generation of accurate, low-noise and low-power clocks in devices such as television, radio frequency networks, automotive and military systems. Its unique features and capabilities provide a cost-effective, low-power and high-accuracy solution for a variety of system synchronizations.

The SI5351A-B07007-GMR is a versatile, low-power and reliable clock generator, allocated for a wide range of Clock/Timing applications, such as Clock Generators, PLLs, Frequency Synthesizers and other timing-critical applications. Its advanced frequency synthesis capability allows for exact frequency adjustment, and its combination of an internal oscillator, a crystal oscillator, a programmable clock generator and digital control function, make it ideal for applications requiring extreme precision timing and repeatability. It is also suitable for applications where exact frequency accuracy is essential and can be programmed via a Windows PC software or a system controller.

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