DS1013M-150

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The DS1013M-150 is a high performance pin-selectable delay line, designed for a wide range of clock and timing applications. The device is able to provide very precise delays with up to 150 ps resolution. The versatile delay line offers an array of different delay settings, each with its own programmable delay time. The delay line is designed to minimize jitter, minimize EMI, provide fast settling time and be compliant with a wide range of system requirements.

The DS1013M-150 device is available in a range of different packages, including 4 pin micro-DIP, and a 4 pin QFN package. This allows easy integration into virtually any system design. The delay lines are offered in different configurations with different pin assignments, depending on the required delay setting. For example, one can program the delay settings to provide a transition time of 10nS or 80nS, or a minimum delay of 10nS or 20nS.

The DS1013M-150 also features built-in calibration capabilities, making it easy to adjust the delay line for optimal performance. It also features an adjustable temperature compensation that makes it possible to reduce thermal drift in the delay line. This feature makes the DS1013M-150 an ideal solution for precision timing applications in automotive, industrial, and consumer applications.

The working principle of the DS1013M-150 is based on the principle of capacitive transduction. The delay line consists of several multiplexer switches and capacitors, which are connected in a series circuit. The switch is driven by a signal and the capacitor stores the delay time. The capacitor is then discharged with a fixed rate, and the delay is determined by the initial charge stored on the capacitor.

The multiplexer switches ensure that the signal travels through the selected delay line, thus selecting the desired delay time. The multiplexers also provide the capability to switch between different delay times without having to re-program the device. This makes the DS1013M-150 an efficient and accurate device for clock and timing applications.

The DS1013M-150 is suitable for applications requiring very high precision timing, such as microprocessor-based systems, digital signal processing, medical imaging, and instrument control. Its built-in calibration capabilities, along with its adjustable temperature compensation, makes the DS1013M-150 the ideal solution for many applications. With its wide range of delay settings, the DS1013M-150 is a versatile device for clock and timing applications.

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