DS1L5DJ080K-C

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Delay Lines are electronic circuits used to delay a signal for a certain amount of time. The DS1L5DJ080K-C is one such delay line. It is a programmable delay line that is designed for voltage controlled delay. It is a fixed delay line that works with 1 analog input and 1 analog output.

The DS1L5DJ080K-C is designed for embedded applications and it consists of two integrated blocks. The first block is a low power low noise dual matched amplifier and the second block is a 2-tap Delay Line. The dual matched amplifier is designed to reduce noise and distortion to ensure accuracy. The Delay Line consists of a delay select module and a delay chain. The delay select module works to determine the optimum delay line cell selection for each stage of the delay and the delay chain is used to store the delay setting.

The application field of the DS1L5DJ080K-C can range from consumer electronics, communications, automotive, broadcast and video. Some of the applications it is used for include voice recognition, video conferencing, RF switching, clock and data recovery and optical communications.

The working principle of the DS1L5DJ080K-C is relatively simple. It consists of an input signal and a delay line. The input signal is first scaled and then it is fed into the delay line. The delay line is made up of taps. Every tap has an associated delay and the delay varies from one tap to the next.

Once the input signal has been fed through the delay line, it is then amplified by the low noise dual matched amplifier. The amplifier increases the power of the signal so that it can be used in the application it was meant for. After it has been amplified, it is then output for use.

The DS1L5DJ080K-C is a reliable and accurate programmable delay line. It offers high accuracy and low noise performance. The ability to accept signals from a variety of sources makes it ideal for applications such as voice recognition, video conferencing, RF switching and clock and data recovery.

The specific data is subject to PDF, and the above content is for reference