DS1135LZ-10+T&R

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In the development of modern technology, the use of delay lines, or a device which delays the input signal by a specific amount of time, is one of the most important functional components. In many fields, delay lines are used for applications like frequency shift keying, temporal modulation and broadening, time-division multiplexing, random access memory (RAM), and logic systems. Among the most popular devices used for delay lines is the DS1135LZ-10+T&R.

The DS1135LZ-10+T&R is a programmable delay line with an adjustable ferrite core made of litzwire. It is composed of two parts, namely the Receiving part (R)and the Transmitting part (T). The receiving part accepts the input signal, and the transmitting part outputs the signal dispersed. The DS1135LZ-10+T&R provides a variety of applications, including frequency synthesizers, signal and network timing, analog-to-digital conversion (ADC) and digital-to-analog conversion (DAC), clock and data recovery, and sampling and timing.

The DS1135LZ-10+T&R also offers an adjustable response time, through the use of ferrite cores. By changing the core composition, it is possible to adjust the input frequency and output delay to the desired specifications. In this way, the DS1135LZ-10+T&R can be used to tune the delay line to a specific frequency or time range, or to adjust the delay time for a specific application.

The working principle of the DS1135LZ-10+T&R is based on the frequency and time-resolved temporal modulation of the input signal. Upon reception, the input signal is filtered and amplified through the use of a bandpass filter to pass on the desired frequency. Then, the signal is fed into the receiving part, which consists of a winding drum containing the litzwires. The electrical properties of the litzwires determine how the signal is dispersed and how quickly it is delayed.

The transmitting part of the delay line, which is composed of the same core materials, further disperses the signal, and adjusts the amount of time that the signal is routed around the delay line. The result is a signal that is delayed by a specific amount of time or frequency. This signal can then be used for a variety of applications, including digital data manipulation, controlled signal switching, filtering and sampling.

The DS1135LZ-10+T&R also offers a wide range of features and benefits for its users. For example, it is designed to be easily programmable, allowing for simple and efficient tuning of the signal\'s response time. Additionally, the device offers flexibility in terms of input and output signal sizes and frequencies, allowing for applications that require complex digital signal processing.

In conclusion, the DS1135LZ-10+T&R is a modern delay line device with adjustable ferrite cores and litzwire. It offers a wide range of capabilities and applications, making it suitable for a variety of usage scenarios. This device is popularly used in many fields, such as frequency synthesizers, signal and network timing, ADC and DAC, clock and data recovery, and sampling and timing. By adjusting the ferrite core composition and adjusting the input frequency and output delay, the DS1135LZ-10+T&R can be used to optimize and adjust the signal\'s response time for a specific application.

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