83052AGI-01LF

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

The 83052AGI-01LF is a high performance clock multiplexer under the clock/timing - clock buffers, drivers category. This device provides a low jitter, low power alternative clock multiplexer solution for today’s growing clocking requirements, particularly when a HCSL (Highly Coherent System Level) is needed (such as in SONET applications) or when clock multiplexers are needed with extremely low additive jitter and low power consumption requirement.

83052AGI-01LF contains three independent core logic paths, that utilizes a wide variety of special design techniques to achieve the most cost-effective and reliable multiplexed clocking solution in both high-density and low-jitter requirements. There are two clock muxes and one clock divider within the device. The two clock muxes are used for muxing clocks together in a variety of ways, such as muxing two clocks together, muxing three clocks together, or muxing four clocks together. The clock divider is used to divide any of the clocks by two or four in order to further reduce their jitter.

83052AGI-01LF are designed to be used in multiple different applications, such as networking, telecom, high-density computing, data converters, and audio/video applications. For example, they can be used in networks such as SONET/SDH where complex frequency conversions are required as well as clocking synchronous multiple data channels. They also can be used in fast converters in which a low-jitter clock must be delivered to a sampling number of channels for conversion. In addition, they can be used in audio/video applications such as high-end audio mixing, multi-media applications, and multimedia communications.

The working principle of 83052AGI-01LF is based on a variety of circuit techniques, such as burst-period switching, differential clock reception and clock buffer routing, in order to achieve low jitter and low power consumption. Firstly, two clocks are muxed together in a feedback loop using two exclusive-OR gates. This enables the faster clock to use the slower clock’s rising edges to maintain synchronization across all channels. Additionally, the clock mux can be divided by two or four in order to further reduce the jitter. Lastly, the clock buffer routing utilizes a dual-gate clock buffer, which effectively routes the low-power portion of the clock to where it is needed while maintaining an extremely low jitter clock.

In conclusion, the 83052AGI-01LF is an ideal solution for a variety of today\'s complex timing requirements. It provides a low jitter and low power clock multiplexer solution for today’s growing clocking needs, and its multiplexing capabilities make it ideal for high-density and low-jitter applications. The wide range of applications that this device can be used in makes it an attractive choice for those seeking a reliable and cost effective timing solution.

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