8535AG-31LF

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 8535AG-31LF is a type of clock buffer, driver, anddivider integrated circuit that helps control timing signals in a widerange of industrial and commercial applications. These types of clock buffers, drivers, anddividers are used in many varieties of timing applications, and the 8535AG-31LF modeloffers superior performance coupled with high levels of precision and low powerconsumption. The 8535AG-31LF is designed to be a single-chip solution that offers robustand reliable operation and is suitable for a variety of applications.

Clock buffers and drivers are devices used to amplify and shapetiming signals. They are typically used to increase the strength andstability of the clock signal, and to improve its timing accuracy. The8535AG-31LF includes an advanced clock buffer and driver which isequipped with differential outputs, helping to improve the signalquality and reduce the noise level. The integrated circuit alsofeatures low active power consumption, making it suitable forapplications in power-sensitive systems.

The divider of the 8535AG-31LF helps to control and manage thetiming of the output clock signals. It can be used to divide theinput frequency by 1 to 127, allowing the user to adjust the outputclock frequencies as needed. The divider of this particular modelsupports a wide range of input clock frequencies, from 50MHz to715MHz. This allows the device to be used in a wide range ofapplications.

The 8535AG-31LF clock buffer, driver, and divider integratedcircuit is designed to be used in a variety of timing applications. Itoffers superior performance and stability and is capable ofoperating at a wide range of frequencies. The integrated circuit isdesigned to be a single-chip solution which is suitable for manytypes of applications and is capable of providing reliable, robustperformance.

The 8535AG-31LF is suitable for use in a variety of applications,including consumer electronics, industrial machinery, medicaldevices, communications, and automotive systems. The integratedcircuit is designed to be a single-chip solution which can helpimprove the efficiency, performance, and reliability of a system.The device is also designed to consume low power, making it anideal solution for power-sensitive applications.

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