SY10E196JC

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The SY10E196JC is a versatile, 12-bit programmable delay line which is primarily used in clock, timing and signal synchronization applications. This device consists of twelve stages of 12-bit words, each stage having a dedicated programmable delay from 2ns to 512 ns. This makes it perfect for deploying synchronization components and generating signals for high-end digital systems.

SY10E196JC is designed to provide an integrated precision delay via an on-chip analog-to-digital and digital-to-analog converter. This provides the user with the ability to accurately control the delay of each stage in the delay line, with a maximum range of 8192 ns. With its programmable delay feature, the device allows the user to easily and accurately set up synchronous clock signals, as well as de-skew data streams. The on-chip temperature compensation circuitry allows for greater stability and accuracy in temperature sensitive applications.

The SY10E196JC also features an internal power down mode, allowing the user to reduce power consumption. This allows the device to be applied in portable, battery powered devices. The device is designed to meet strict precision specifications and can operate down to a minimum supply voltage of 2.7V. The user can also select the device’s operating frequency, allowing it to be used in a variety of high-speed digital systems.

The SY10E196JC also supports many advanced features, including an optional interrupt, an integrated pulse generator and 14-bit counters. The on-chip pulse generator allows the user to define several waveforms, including rectangular, triangular or adjustable pulse widths. The 14-bit counter enables the user to accurately time the time interval between two events. This allows the device to be used for precise timing and synchronization applications.

The SY10E196JC is the perfect device for clock, timing and synchronization applications. It provides an accurate, programmable delay which allows for precise timing and synchronization of digital events. It also offers an integrated power down mode, adjustable frequency and various other advanced features, making it an ideal choice for applications requiring high-end, precision timing and synchronization.

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