ICS853011BGLFT

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 ICS853011BGLFT is an extreme performance, differential global Fanout Buffer designed for mission-critical clock applications. This precision Fanout Buffer utilizes a unique combination of BiCMOS process analog and digital methods to produce the most secure and accurate Fanout Splitting frequencies and multi-synthesizer PLLs in the market. It has been developed to provide a unique solution to clock fanout and synchronization problems in mission-critical applications. This clock buffer is capable of supporting an unlimited number of clock inputs, enabling the system to maintain synchronization among the various components of a data processing system.

The ICS853011BGLFT clock buffer is highly integrated and consists of several components. First, a sync core is used to generate the exact propagation delays for specific clock frequencies. In addition, the device integrates a Multi-Input Clock Fanout (MICO), a Multi-Input Synthesizer (MIS), a Multi-Input Clock Mux (MICM), as well as a high-performance fanout dividers and carriers.

The core of the ICS853011BGLFT Clock Buffer is designed for extremely precise frequency multiplication and division, which is crucial for mission-critical clock applications. The multi-input clock fanout behaves in a similar fashion to a multiplexer, allowing the ICS853011BGLFT board to receive clock input from multiple sources, such as an external crystal oscillator or a local frequency source. Additionally, all of the input clock sources can be redistributed at different propagating times. This function enables the system to maintain synchronization among the clock signals.

The ICS853011BGLFT Multi-Input Synthesizer (MIS) allows the system to synchronize multiple input clock frequencies while maintaining the accuracy of the oscillator’s frequency. This enables the device to accurately and reliably generate different clock frequencies with varying propagating delays. The clock frequencies that the MIS can divide or multiply can be adjusted and adjusted using on-board trimmers. The MIS also supports the ICS853011BGLFT’s ability to provide four input-clock fanout.

The Multi-Input Clock Mux (MICM) is an integral part of the ICS853011BGLFT’s component list, as it allows for all of the input clock frequency of the ICS853011BGLFT to be customized into one, two, or four individual clock outputs. In addition, the MICM enables synchronization among all the input clock sources, allowing the device to combine multiple clock sources into one synchronized output clock. This eliminates the need for expensive clock dividers, as multiple clock sources can be synchronized with this single component.

The ICS853011BGLFT also integrates high-performance fanout dividers and carriers. These are used to create the desired propagation delays within the device, such as creating the clock tree structure, enabling multiple clock sources to be synchronized within the system. The fanout dividers and carriers are responsible for taking the multiple clock inputs and creating an output clock signal, as well as maintaining synchronization between the input clock sources. This enables clock fanout and synchronization problems to be solved without costly dividers and multiple input clock soucres.

The application field of the ICS853011BGLFT range from networking and storage, to high-speed applications, such as telecommunications. The ICS853011BGLFT is ideal for mission-critical clock applications due to its precision frequency multiplication and division capabilities, as well as its synchronization of multiple input clock sources. Its flexible fanout capabilities and high-performance dividers and carriers make the ICS853011BGLFT an excellent choice for applications that require precise control over clock frequencies and propagation delays.

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