MAX9160EUI+T

Series:	*
Part Status:	Obsolete

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The MAX9160EUI+T clock buffer, driver, and translator is a typical clock and timing device used in the field of communications and industrial applications.

This device is designed to provide the necessary isolation, fanout, and multiplexing capabilities to synchronize various clock sources and clock lines transmission signals. It is able to convert digital clock frequencies, or generate pulses from low frequency sources such as microprocessor clocks, on-chip oscillators, and multivibrators.

The MAX9160EUI+T clock buffer designed for a wide range of operating temperature ranges, with maximum temperature rating up to 25°C. It is also designed for a wide range of supply voltage ranges, from 12V to 24V. The device is rated for a maximum output frequency of 150MHz.

The MAX9160EUI+Tclock buffer is designed with a Schmitt-trigger input which eliminates any added noise when clock signals come into the device. It also features a built-in ESD protection circuit which will protect the device against electrostatic discharge.

The MAX9160EUI+T\'s internal clock multiplication uses a preset voltage-controlled oscillator (VCO) that operates to generate a clock signal at higher frequencies than the input. This VCO\'s output is amplified, filtered, and then divided down to the required output frequency. This enables the MAX9160EUI+T to provide up to 6 output clocks having different frequencies based on the input clock.

The MAX9160EUI+T clock buffer also provides the ability to combine clock outputs from different sources, allowing for improved synchronization. The device also provides options for controlling output signals such as skew, slew rate, output type, and output enable/disable.

In addition, the MAX9160EUI+T clock buffer provides the ability to generate on-off and frequency-modulated oscillations, allowing for improved control over the timing of data transmission. This feature is commonly used for analog modulation for the transmission and decoding of digital data.

The MAX9160EUI+T offers several advantages, including improved time base accuracy. This feature reduces jitter and improves performance in applications such as transceivers, routers, and data communication systems, where precise timing is critical. The device also features an adjustable phase offset, allowing users to shift the transfer of digital signals.

The device\'s isolation features allow it to be used in single-ended and differential systems, enabling the clock to propagate through twisted-pair cables. The MAX9160EUI+T also supports synchronized variable duty cycle control, providing greater flexibility in transmitting and receiving data.

Overall, the MAX9160EUI+T is designed for improved edge-rate and jitter stability in communications and industrial applications, making it an ideal solution for projects where precise timing and exact frequency is critical.

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