DS1013M-40

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The DS1013M-40is a Delay Line module that provides a fixed delay of 40ns from a clock input to the output. The resulting delay allows the user to improve clock skew, produce a delayed clock to synchronize events, or improve timing margins. As a component of a larger timing system, this module provides a convenient means to meet stringent clock requirements.

A delay line typically has an input and an output, and an internal element that causes a specified delay between the two. The DS1013M-40 uses a low-skew, high-accuracy delay line core to create the delay. This core can provide a variety of programmable delay intervals from 5ns to 100ns and can be used to produce high-frequency outputs up to 50MHz.

The delay line core of the DS1013M-40 is designed for use in a cascading architecture, in which the Master Clock is connected to the Delay Line core, and the output of the Delay Line core is connected to another Delay Line in the chain. The resulting delay is additive in density and may be set to as low as five nanoseconds over several cascading Delay Lines. The low propagation delay combined with the small number of external components results in an efficient system architecture.

The design of the DS1013M-40 includes an integrated variable output buffer that can be used to drive external loads with high current drive capability. The variable buffer is driven by the Delay Line core, and the output voltage is adjusted as the output current changes. This provides the user with a greater degree of flexibility when designing the system, as it eliminates the need for an additional buffer device.

The DS1013M-40 also includes an active tracking feature that can be used to detect any changes in the propagation delay due to temperature or voltage changes. The active tracking feature is enabled by programming the Delay Line core and the active tracking circuit, and the resulting signal is used to adjust the output of the Delay Line to maintain a constant delay. This feature ensures that the overall system performance is not degraded if the delay line is exposed to temperature and voltage fluctuations.

In addition to the active tracking feature, the DS1013M-40 also includes an on-board temperature sensor. This sensor can be used to monitor the temperature of the Delay Line core, and the resulting temperature reading can be used for several purposes. First, it can be used to develop thermal profiles over time to ensure the accuracy of the Delay Line. Second, it can be used to detect abnormalities in the core and to shut down the system in the event of an overheating issue. Finally, it can be used to adjust the Delay Line and the active tracking circuit to ensure that the delay is maintained even as the temperature of the device varies.

The DS1013M-40 is an ideal solution for a variety of applications, including clock generation, timing and frequency control, signal synchronization, signal routing, and signal enhancement. The device can be used in a variety of configurations, from simple single-channel applications to multi-channel systems. A delay line core with a wide range of delays and a low-skew, high-accuracy architecture make the DS1013M-40 a perfect choice for applications requiring synchronization, timing, and frequency control.

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