DS1020-15

Series:	--
Packaging:	Tube
Part Status:	Obsolete
Number of Taps/Steps:	256
Function:	Programmable
Delay to 1st Tap:	10ns
Tap Increment:	150ps
Available Total Delays:	48.25ns
Number of Independent Delays:	1
Voltage - Supply:	4.75 V ~ 5.25 V
Operating Temperature:	0°C ~ 70°C
Mounting Type:	Through Hole
Package / Case:	16-DIP (0.300", 7.62mm)
Supplier Device Package:	16-PDIP
Base Part Number:	DS1020

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Introduction

Delay Lines are an integral part of clock and timing applications and are used to ensure accurate timing and synchronization of signals. The DS1020-15 is an example of a Delay Line that is ideal for use in such applications and works by introducing a precise delay by using a precise length of conductor and a precise number of clocks.

The DS1020-15 Delay Line

The DS1020-15 Delay Line from Agilent Technologies is a delay line with precise delay times of up to 15 nanometers. It is constructed from a precise number of conductors and also includes precision clocking and control circuitry. It is suitable for use in applications that require accurate and repeatable timing for specific purposes.The DS1020-15 Delay Line is designed for applications that require precise and reliable timing. It is capable of producing precise delays of up to 15 nanoseconds. By using an input voltage, the delay line can be used to precisely delay a signal’s arrival time by a precise amount of time.

Applications and Uses

The DS1020-15 Delay Line is ideal for applications that require precise timing and synchronization of signals. These applications can include clock and timing applications such as digital signal processing, communications systems, radar and sonar systems, radio frequency (RF) applications and testing and measurement.The DS1020-15 Delay Line is also suited to applications in which precise delays of up to 15 nanometers are required. These types of applications can include nuclear reaction control, medical imaging, and scientific research.

Working Principle

The DS1020-15 Delay Line works by introducing a precise delay to a signal by using a precise length of conductor and a precise number of clocks. The exact amount of delay is determined by the speed at which the signal changes and the number of clock cycles it takes for the signal to reach its destination. The DS1020-15 Delay Line is composed of two main parts: the delay line itself, which contains the conductors, and the clocking and control circuitry. The conductors are arranged in order in the delay line, and they are connected to the control circuitry via a series of resistors and capacitors. This combination of components sets the precise amount of delay that is desired. The clocking and control circuitry controls the timing of the delay line by generating a continuous clock signal. This clock signal is transmitted to the delay line, and each successive transition of the clock signal causes a delay in the signal\'s arrival time by a precise amount of time. The clocking and control circuitry also adjust the frequency of the clock signal, so that delays of up to 15 nanoseconds can be achieved. This adjustment of the clock frequency ensures that the timing of the delay line is accurate and repeatable.

Conclusion

The DS1020-15 Delay Line is an excellent choice for applications that require precise and reliable timing. It is designed for applications that need delays of up to 15 nanoseconds and is ideal for clock and timing applications. The DS1020-15 Delay Line works by introducing a precise delay to a signal by using a precise length of conductor and a precise number of clocks.

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