853S01AKILF

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

Clock drivers are used to apply clock signals to multiple devices simultaneously, allowing them to read data concurrently. 853S01AKILF is a type of clock driver designed to provide a low-skew clock output from an input of TTL type Logic. It also provides adjustable output duty cycle, so the output duty cycle is not dependent on the input duty cycle. It has two independent outputs for two different devices.853S01AKILF Application Field853S01AKILF is mainly suitable for the clock distribution systems for high-speed logic circuits, such as in personal computers, servers, and telecommunications equipment. This clock driver can also be used in general purpose clock chip timing, data processing or measurement applications.Additionally, 853S01AKILF clock driver is used in CPU and chipset multicore/multiprocessor communication interfaces, such as INTEL Scalable System Fabric, I2C and Coherent processing units (CPUs). 853S01AKILF is also used in several communication bus systems, such as PCI Express, VMEbus, HyperTransport, and SNA.853S01AKILF has small foot print and ultra-low power operation features which make it highly suitable for various mobile platform applications. The clock driver is able to skew the input clock signals to provide synchronous and accurate transmission of data throughout multiple cores or multiple CPUs. In addition, the adjustable output duty cycle feature of the 853S01AKILF also removes clock skew and jitter caused by the input duty cycle.853S01AKILF Working Principle853S01AKILF is designed to support 3.3, 2.5 and 1.8 volt conditions from the input and output. The output voltage of 853S01AKILF is software programmable, ranging from 0.8V to the logic high level. The output frequency is determined by the input frequency and can be adjusted with a 0.25ns to 200ns step size.The 853S01AKILF clock driver provides two independently adjustable outputs, allowing two different devices to receive data concurrently. The clock driver supports byte enable and write enable control signals of up to 1MHz. It also provides an adjustable output duty cycle so that the output duty cycle is not dependent on the input duty cycle.The clock driver supports eight operational modes which are selected by means of I2C commands. The clock driver supports two signal states, rising edges and falling edges. Outputs can be programmed for any combination of signal states. The input clock amplitude is directly proportional to the output clock amplitude. The 853S01AKILF clock driver also provides a programmable circuit which allows outputs to be synchronized with the input clock.ConclusionThe 853S01AKILF is an advanced clock driver which provides a low-skew clock output from an input of TTL type Logic. It has two separate outputs and adjustable output duty cycle, so the output duty cycle is not dependent on the input duty cycle. The clock driver supports various communication bus systems and is suitable for various mobile platform applications, providing synchronous and accurate transmission of data among multiple cores or multiple CPUs. The 853S01AKILF is a powerful and reliable clock driver for high-speed logic circuits.

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