DS1013M-15+

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The DS1013M-15+ is a dual delay line for clock multiplication and distribution. It is designed for higher-speed, higher-precision clocking applications such as communication and computing systems. The DS1013M-15+ offers superior performance in dynamic range, clock jitter, and propagation delay compared to conventional delay lines.

The DS1013M-15+ is part of a family of products intended for timing applications requiring very high accuracy, very low clock jitter, and very low power consumption. The DS1013M-15+ incorporates two adjustable delay lines, each with a maximum delay of 15ns. One delay line is used to drive the chip\'s output. The second delay line is used to drive an external output. The two adjustable delay lines can be used to generate the inverse of the chip\'s input clock, or to multiply the frequency of the input clock.

The DS1013M-15+ operates on a 1.8V power supply, and is capable of operating on 3.3V and 5V power supplies. It features adjustable (non-linear) delay elements and a low clock jitter interface for ultra-low-jitter clock distribution. Additionally, the DS1013M-15+ has an integrated oscillator output, allowing the user to generate an arbitrarily adjustable, low-jitter clock from a single-ended input source, such as an on-chip crystal oscillator.

In addition to its adjustable delay lines, the DS1013M-15+ also offers a programmable slew rate for improved performance in high-speed applications. Its integrated 27MHz clock generator can be programmed for both clock multiplication and frequency division. The device also provides two controlled four-state outputs with duty cycles of 75 and 25 percent, respectively.

The DS1013M-15+ works in conjunction with other components to produce a multifunctional clock generator. It can be used as part of a fully integrated system or as a standalone device. Specifically, it can be used in a number of clock distribution and clock multiplication circuits, including phase-locked loop (PLL) circuits, multiplexers, ring oscillators, and synchronous dividers. The DS1013M-15+ is also frequently used in more complex systems such as network switches, digital signal processors, high dynamic range clocks, and digital to analogue converters.

The DS1013Ms have been developed to provide superior performance and fail-safe clock control. The devices are designed to operate in a wide range of pulse widths, from 500 picoseconds to 5 nanoseconds. The adjustable delay lines are factory-calibrated for clock multiplication/division and clock jitter, ensuring robust and reliable system clock generation. Additionally, the high-level clock outputs can be operated at both single-ended and dual-ended levels, which allows for direct connection to signal lines.

The DS1013M-15+ is an ideal solution for providing low-jitter clock signals in data-intensive applications. Its low power consumption and adjustable delay lines make it an ideal choice for timing applications wherein the clock jitter must be minimized and the clock speed has to be maximized. The DS1013M-15+ is suitable for both single-pole and multi-pole applications, making it one of the most versatile delay lines available today.

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