DS1013M-25+

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Delay lines are often used as components in digital circuitry and clock systems. The DS1013M-25+ is an example of a delay line device that can be used in a wide variety of applications. This article will explain the device’s application field and working principle.

The DS1013M-25+ is a monolithic delay line circuit specifically designed for use in telecommunications, data processing, consumer electronics and automotive applications. This device can be used in circuits that require delays of 2.5 ns to 10 μs. It is typically used to replace discrete components and is especially useful in high-speed and complex circuitry. The device is available in two package sizes: a SOIC-8 or TSSOP-16.

The DS1013M-25+ is designed to provide a stable temperature performance over a wide temperature range of –40°C to +85°C. The device is also designed with a low output-to-input skew, enabling it to be used in time-sensitive applications.

A key feature of the DS$013M-25+ is its programmable delay, allowing it to be used in applications requiring precise timing. The device’s delay is adjustable by means of a programming voltage and the chip has an integrated clock generator to provide the required clock signals.

The device works on the principle of matched impedance delay lines. The integrated circuits inside the chip contain two or more delay lines that are matched in terms of impedance. When the device is driven by an input clock, the delays are caused by the differences in propagation time between the two delay lines.

The DS1013M-25+ also includes a control logic circuit that uses the input clock signal to control the delays. This control logic circuit provides the user with the ability to adjust the delay time by adjusting the frequency and duty cycle of the input clock.

The DS1013M-25+ provides a number of features that make it an ideal solution for a wide range of delay line applications. Its low output-to-input skew and programmable delay make it suitable for use in high-speed and complex digital systems. Furthermore, its temperature performance and adjustable delay make it ideal for use in telecommunications, data processing, consumer electronics and automotive applications.

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