DS1013M-167

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DS1013M-167 Delay Line is a high-performance, low-power registered delay line module. It is designed for use in high-frequency input/output applications, such as processors and ASICs, to provide speed independent timing and precision delay. This delay line is integrated within a 28-pin QFN plastic package, providing a flexible and reliable route to widely varied timing and delay applications. DS1013M-167 Delay Line features RoHS compliant lead-free, IC-grade assembly and passes through JESD-22-C101 tests.

Applications

DS1013M-167 Delay Line is used by many of today\'s leading product designers as a way to adjust the timing for precision and speed-independent acquisition timing of high-frequency clock signals. In addition, the delay line can be employed in many data processing applications, such as aggregate storage of multiple data elements, minimizing latency, and bypassing differential data delays in the input/output blocks.

This delay line can also be used in high-speed memory applications, such as cache synchronization and time-based data accumulation. Moreover, the DS1013M-167 delay line can provide the controlled, timed triggering of events in a reliable, high-speed, momentary response. This delay line can be used in machine learning and machine vision for tracking and recognition applications.

Working Principle

In operation of DS1013M-167 Delay Line, an input signal is applied to the delay line and is processed through a combination of adjustable resistors and capacitors. This adjustable circuit design enables the delay line to adjust the signal attributes to minimize the total delay. The delay line then relays the signal to its integrated register system. This register system stores the delayed signal for a set period of time. After the delay period has elapsed, the signal is output from the register and can then be applied to the secondary stage.

The delay line’s adjustable circuit control also enables a wide range of timing applications, with selectable delays ranging from 1 to 30 microseconds and within 5 percent variation. This time delay can be adjusted with a simple external resistor or capacitor. With a 3.3V power supply and the Application Specific Integrated Circuit (ASIC) circuitry, the DS1013M-167 Delay Line provides low power consumption and a temperature range of -40°C to 85°C. It also features an efficient and reliable single-pin output.

Conclusion

The DS1013M-167 Delay Line is a high-performance, low-power registered delay line module designed for use in many of today’s leading product designs. It provides speed independent timing and precision delay for a wide variety of data processing applications, such as for cache synchronization, time-based data accumulation in machine learning and machine vision, and controlled, timed events in a reliable, high-speed, momentary response. The delay line also employs simple external resistors or capacitors to achieve delays in the range of 1 to 30 microseconds, with a power consumption as low as 3.3V and an operating temperature range of -40°C to 85°C.

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