ICS853S314AGILF

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The ICS853S314AGILF is a high-performance Clock Buffer / Driver IC, providing increased signal integrity and ultra-low power consumption. This device has a wide range of applications in various industrial and consumer electronic products.

The chip features three differential inputs accepting LVDS, LVPECL, several HCSL standards, and CML signals that are buffered across a low jitter clock output. The device also features an integrated clock oscillator, which allows up to four clock outputs with programmable duty cycles. It supports non-standard input, output and open load clock frequencies.

The ICS853S314AGILF employs advanced clock buffer/driver design techniques to maximize signal integrity and reduce jitter. The internal circuitry of the device ensures very low output jitter by eliminating any frequency drift, clock skew errors and power supply noise.

The ICS853S314AGILF device is designed for use in high-speed and high-frequency applications, such as industrial, embedded, and consumer electronic systems. The device’s clock inputs and outputs support a wide range of signal types and frequencies from 1.8GHz and up to 305MHz. Additionally, the device features various features such as slew rate control, output enable control, power on delay, power down delay, and voltage calibration.

The device is packaged in a QFN8 package and has an operating temperature range of -40°C to +85°C. It is capable of reliably running at up to 105°C and at up to 3.3V power supply. In order to optimize power consumption, the device is designed with a power down mode that can reduce the power consumption to 10μW.

In terms of its working principle, ICS853S314AGILF is based on an advanced clock buffer/driver design that has been optimized for signal quality, low power consumption and wide operating temperature range. It is capable of providing high speed, low jitter clock outputs from low frequency, LVDS and CML inputs.

The device clock output is generated from an external input, or from an internal oscillator, depending on the functions that are implemented in the application. The clock generator outputs are configured with frequency, duty-cycle, rise time and fall time settings. Additionally, the clock can be adjusted with a programmable voltage calibration capability.

In order to ensure a reliable data transfer performance in high-speed communication protocols, the device features slew rate control and clock pre-emphasis features, which are configurable through register settings. The pre-emphasis feature optimizes the quality of the data being transmitted, enabling higher data transfer speed.

Overall, the ICS853S314AGILF is an extremely reliable, low power, high performance device designed for industrial, embedded and consumer applications. It has a wide range of applications, offering an ideal solution for high speed data communications and timing requirements.

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