SI53301-B-GMR

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The SI53301-B-GMR is a clock buffer, driver, and multiplier device with a range of applications in the Clock/Timing field. This device takes a single-ended or differential input and output signals, allowing it to easily interface to oscillator, PLL, and other clock sources. The SI53301-B-GMR has the ability to harmonically multiply the input frequency by up to 8 times and can be used to provide jitter-attenuated copies of the input clocks. Such a device provides benefits in a range of applications, including professional broadcast, communication infrastructure, consumer electronics, and more.

Working Principle of the SI53301-B-GMR

The SI53301-B-GMR is a CMOS device with a differential input and output, providing the following features:

• An input frequency of 19.2 MHz - 995 MHz.
• The ability to produce an output signal at frequencies up to 8 times the input frequency.
• Jitter Attenuation of up to 50dB.
• Differential I/O.

The device can be controlled via two SPI registers (configuration and output) used to configure the device, set frequency multiplication, enable/disable outputs and other features. Additionally, the SI53301-B-GMR also supports a total of four output buffer s each with individual enable/disable control and jitter attenuation.

Uses of the SI53301-B-GMR

The SI53301-B-GMR is suitable for a range of applications in the Clock/Timing field. Its ability to provide jitter-attenuated copies of the input clock makes it suitable for broadcast systems, which require reliable and stable clock signals to ensure the best possible signal quality. By using the SI53301-B-GMR device, the signal integrity is greatly enhanced. In addition, the SI53301-B-GMR is also suitable for communication infrastructure systems, providing the same signal integrity benefits in applications such as networking, telecoms and the like.

Coupled with the device\'s ability to multiply the input frequency by up to 8 times, the SI53301-B-GMR is also suitable for consumer electronic applications, especially in audio devices such as music players, video players, and televisions. By multiplying the input clock frequency, the device can be used to provide higher sample rate audio or video signals, for improved audio and video quality.

The SI53301-B-GMR has a range of other applications too, due to its low power consumption, high frequency tolerance and wide operating temperature range. It is an ideal solution for applications demanding the highest levels of stability and reliability, such as in medical, aerospace, and transportation.

Conclusion

The SI53301-B-GMR is a clock buffer, driver, and multiplier device with a range of applications in the Clock/Timing and other fields. By using this device, clock signals can be jitter-attenuated and multiplied to higher frequencies as necessary, making it suitable for a range of applications from broadcast systems and communication infrastructure, to consumer electronic and medical systems. With its low power consumption, high frequency tolerance and wide operating temperature range, this device can be used for reliable and stable clock signals in a variety of applications.

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