DS1090U-16+T

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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers are integral parts in today\'s electronic designs, and being paired with the correct application specific solution can be critical to time-sensitive systems, such as high-performance communication, streaming media applications, or systems requiring precise timing synchronization. The DS1090U-16+T is an optimal solution for these applications, thanks to its combination of features, and performance characteristics.

The DS1090U-16+T is an ultra-stable, low-jitter, frequency synthesizer and clock generator IC, designed to provide a high performance, low power, cost-effective solution in both FET and CMOS technology. This device supports a wide range of frequencies, from 500 kHz to 1.5 GHz. Each data pin has its own programmable load, ensuring that the frequency is accurately controlled and all signals can be created to match the same clock timing, regardless of the load.

The DS1090U-16+T can also be programmed to provide a full- or partial-range modulation. Partial-range modulation is used to generate away signals at the producer’s desired timing. This ensures that the correct data rate is maintained at all times, regardless of the incoming data. The device is also capable of synthesizing data at multiple frequencies without any interruption, as well as performing frequency-sweeping, allowing it to be used in a wide variety of applications.

The DS1090U-16+T is also designed with a wide variety of features, including an integrated PLL, programmable design samples, digitally-controlled tuning, and a low jitter reference clock for radiation hardened FPGA designs. These features make the device ideal for applications that require accurate, consistent, and repeatable timing signals.

Due to its low-power consumption and compact form factor, the DS1090U-16+T is also suitable for use in mobile communications, as well as industrial and medical applications. Its ability to precisely generate signals makes it well-suited for critical timing operations, such as industrial manufacturing and synchronization processes. Furthermore, the device’s wide frequency range and the ability to perform partial-range modulation can be used to support distributed networks and long-distance communication applications.

The DS1090U-16+T is also designed with a cost-effective system architecture that fits perfectly into today’s embedded applications. Its included on-chip configurable phaseshift register makes it well-suited for optimal accuracy and embedded timing applications, while its high accuracy I2C control interface allows for configurable operation of the device.

In conclusion, the DS1090U-16+T is an excellent choice for embedded applications and industrial designs that require accurate, repeatable, and consistent timing. Its low jitter, low-power consumption, and cost-effectiveness make it an optimal solution for both distributed networks and embedded applications, while its on-chip configurable phaseshift register, programmable design samples, and digitally controlled tuning make it well-suited for a wide variety of applications. As such, the DS1090U-16+T is an ideal choice for meeting the requirements of various timing applications.

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