DS1110E-400+

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Delay Lines are an important element of any digital system. They are vital for creating precise and reliable time domain processing capabilities. The DS1110E-400+ from IDT (Integrated Device Technology) is a digital delay line that has great capability and is used in many application areas, from transportation to industrial control applications. The device also has flexible timing parameters, which make it suitable for a great variety of applications. This article looks at the various application fields of the delay line and its working principles.

Application Field

The DS1110E-400+ is an integrated device consisting of a digital delay line, a precision clock oscillator and a feedback register. This combination makes it ideal for use in a variety of applications. It can be used to generate precise clock delays, precise edge delays and precise data patterns in a wide range of digital systems. It is also useful in high speed data communication systems, where high data throughput and low latency are required. Examples include high-speed Serial RapidIO and 10G Ethernet systems.

The device is also well-suited to transportation applications, like the railway and automotive industry. Its precise timing and delay capabilities are ideal for developing solutions for signal switching and distributed control. Additionally, it can be used in industrial monitoring and control applications for precise measuring and signal timing.

Working Principle

The DS1110E-400+ is made up of an oscillator, shift register and feedback register. The oscillator outputs a fixed frequency clock signal and this is fed into the shift register. The shift register is a linear array of memory cells where data is stored. The shift register can be shifted in either direction and this allows data to be moved in different directions. The data is also stored in the feedback register, which consists of a set of memory cells where data is converted back into a clock signal.

The oscillator, feedback register and shift register work together to create a delay line. The shift register shifts data at a set speed and the feedback register converts the data back into a clock signal. The clock signal then feeds back into the shift register, so that the data is shifted in a continuous loop. This creates a delay line and the delay time can be adjusted by changing the clock speed. The device also features adjustable preset and reset signals, which can be used to set the output pulse rate.

The DS1110E-400+ also features a range of digital options, such as the ability to set input ranges and the ability to output the data in parallel or serially. The device has a wide range of digital I/O options and has a maximum input frequency of up to 800 MHz. It also has adjustable pulse widths and adjustable delay times. All of these features make the DS1110E-400+ an ideal choice for applications that require precise timing and delay capabilities.

Conclusion

The DS1110E-400+ from IDT has been designed for applications that require precise timing and delay capabilities. The device is ideal for industrial control applications, transportation and data communication systems. It is made up of an oscillator, shift register and feedback register and creates a delay line, with adjustable clock and preset signals. The device also features a range of digital I/O options, with a maximum input frequency of up to 800 MHz. All of these features make the DS1110E-400+ a versatile and reliable device for a variety of applications and is suitable for any system that requires precise and reliable timing capabilities.

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