8S89833AKILF

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The 8S89833AKILF is a high-performance, low-power clock and data buffer that supports a variety of operating frequencies and data rates. It supports both single-ended and differential input and output, and is designed to support single-ended LVDS and LVPECL inputs and outputs. It is built using advanced CMOS technology to provide superior noise immunity, low power consumption, and high reliability.

The 8S89833AKILF is used in a wide range of clock, timing and data buffering applications. The device can be used to convert a single clock signal, or multiple clock signals, from one format or device to another. It can be used to drive multiple clock outputs from a single source, or to drive multiple outputs from different sources. It can also be used to isolate or buffer a clock or data signal from interference or jitter.

The 8S89833AKILF is an ideal choice for applications that require high clock performance, low-power operation, and low EMI emissions. It is ideal for use in telecommunications, automotive, consumer electronics and other clock-sensitive applications.

The 8S89833AKILF is designed to work with a wide variety of clock signals, including single-ended and differential LVPECL, LVDS, and LVCMOS clock signals. It supports both rising edge and falling edge triggering, and a wide variety of input/output timing specifications. The device also supports external programmable clock divider/multiplier and phase adjustment functions.

The 8S89833AKILF is a low-power and low-emission clock buffer and driver with excellent performance and reliability. The device utilizes advanced CMOS technology to provide superior noise immunity, low power consumption, and high reliability. The device has a wide range of features and capabilities, enabling it to meet the needs of a variety of different applications.

The 8S89833AKILF is suitable for use in a variety of clock, timing and data buffering applications, such as telecommunications, automotive, consumer electronics and other clock-sensitive applications. It is an ideal choice for applications that require high clock performance, low-power operation, and low EMI emissions.

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