DS1L5DJ160S-C

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Delay lines are electronic devices that introduce a delay between two signals, and the DS1L5DJ160S-C is a signal delay line designed for applications in growing short distance wireless communication market. Its compact size and innovative technology provide powerful, reliable performance while taking up minimal space.

Input Impedance

The DS1L5DJ160S-C has a low input impedance, which ensures that signals are unaffected by external component values. Since the output of the device can be adjusted to compensate for the distortion caused by cable capacitance, this makes it particularly suitable for use in situations where long runs of cable or external components are present. In addition, the impedance of the DS1L5DJ160S-C is unaffected by the direct current field provided by the input signal, thus making it suitable for use in situations where the transmission needs to maintain its integrity over long distances.

Signal Delay Features

The DS1L5DJ160S-C has an adjustable signal delay range from 41 microseconds to 2000 microseconds. Its high precision and ability to adjust the amount of delay makes it ideal for applications requiring precise control over the delay between two signals. In addition, the device is designed to maintain a consistent delay over a wide range of temperatures and supply voltages, making it an ideal solution for applications that require reliable operation in a broad temperature range.

Dual-Mode Working Principle

The DS1L5DJ160S-C operates in two modes: single-input to single-output (SISO) mode and dual-input to dual-output (DIDO) mode. In SISO mode, a single input signal is delayed and then output, while in DIDO mode two input signals are delayed and then both outputs are output simultaneously with equal delay time. In either mode, the device has been designed to minimize any deterioration in the signal quality, such as an increase in noise or a decrease in crosstalk. The DS1L5DJ160S-C also features adjustable input sensitivity, allowing users to fine-tune their signal delay system for the best possible performance.

Power Consumption

The DS1L5DJ160S-C operates on a low power consumption of 1 mA at +5 V supply, and a maximum power consumption of 2 mA at +9 V supply. The low power consumption results in improved reliability and decreased system cost. The device is also designed to minimize power dissipation, allowing for a longer lifespan, higher efficiency and decreased total cost of ownership.

Applications

The small size and low power consumption of the DS1L5DJ160S-C make it an ideal choice for applications where size and power requirements are of paramount importance. Possible applications include wireless communication systems, military radar systems, satellite communications systems, and laboratory test equipment. The device is also suitable for use in general-purpose signal transmission and signal-processing applications, such as audio processing, video processing, and industrial control systems.

Conclusion

The DS1L5DJ160S-C is a versatile signal delay line designed for use in a variety of applications, including wireless communication systems, military radar systems, satellite communications systems, and audio and video processing. Its low input impedance, high precision, and adjustable signal delay range make it an ideal choice for applications requiring reliable operation under harsh operating conditions. Additionally, its small size and low power consumption make it well suited for applications where space and power consumption are of primary importance.

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