DS1135LZ-30+T&R

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Delay lines provide clocking information over long distances of several meters, often used to synchronize multiple asynchronous clock domains. The DS1135LZ-30+T&R is a type of delay line that has been manufactured by Maxim Integrated and is used commonly in data centers, communications infrastructure, and automation systems. This article will discuss the application field and working principle of the DS1135LZ-30+T&R.

The DS1135LZ-30+T&R gain-controlled delay line provides a fixed delay of 30ns, so it effectively elongates clock signals with no extra jitter. This allows the signal to be synchronized across multiple boards and over long distances of several meters. This device is compatible with various clock sources, including LVCMOS, HCSL and LVDS. Furthermore, this delay line contains several error control codes to allow for better control and synchronization.

The DS1135LZ-30+T&R is applicable to a number of different systems, including servers, storage, switches, and routers. It can be used for clock tree synthesis, allowing clock signals to be synchronized through the entire system. Moreover, it has advantage for signal integrity and edge timing technologies, which can be used for improving the latency of data transmission in data centers. Additionally, the device is useful for embedded system synchronization, as well as data signal multiplexing or de-multiplexing. All of these applications allow systems that contain the DS1135LZ-30+T&R to operate faster and more efficiently.

The DS1135LZ-30+T&R operates on a negative feedback architecture and works by combining output of the delay line with the clock signal through a differential amplifier. The resulting composite signal is then fed back to the input of the delay line. This voltage controlled delay line emits a pulse as an output when the signal reaches a phase of 180°. The major advantage of this type of delay line is that the delay can be adjusted by adjusting the control voltage in order to match the phase of the output pulse and the input signal. The low output jitter and tight phase control of this delay line contribute to its high signal integrity.

In conclusion, the DS1135LZ-30+T&R from Maxim Integrated is a type of gain-controlled delay line that reduces clock jitter and elongates clock signals over long distances. It has many applications, such as clock tree synthesis, signal integrity, embedded system synchronization, latency control in data centers, and data signal multiplexing. The device utilizes a negative feedback architecture to achieve phase control and output pulse generation through a differential amplifier. The low output jitter and tight phase control of this delay line contribute to its high signal integrity, making it a suitable choice for data centers and high-speed communications.

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