DS1135LU-30

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The DS1135LU-30 is a clock-controlled adaptive voltage-controlled delay line (VCDL) designed for the transmission and capture of differential signals up to 150MHz and non-differential signals up to 300MHz. As part of a Voltage-Controlled Clock Distribution network, this device can reduce jitter at the receiver node and improve reception of clock data. The DS1135LU-30 is ideal for providing clock distribution in time-domain networking applications, such as clock synchronization, clock distribution, and network timing.

The DS1135LU-30 is a programmable, low-latency, low-digestion clock and timing device. It is composed of input, output, and storage components with integrated timing circuitry. The inputs are connected to two differential signal pair, which are then transferred on to the output. The output signal is driven based on the level, timing, and polarity of the signals set by the external clock. The clock line controls the timing of the transfer; the delay line can be programmed to increase or decrease the delay. A multi-level delay line within the device is used to store the incoming signal and then drive it onto the output. This multi-level delay line provides very low jitter performance and ensures high-resolution control of the output timing.

The DS1135LU-30 also incorporates an advanced built-in ESD protection system. This system is designed to protect the device from electrostatic discharge, allowing it to operate reliably in high-performing systems. Additionally, an integrated high-performance comparator is included to detect signal and power integrity issues before they affect system performance.

The DS1135LU-30 is designed for high-speed switch and signal buffering applications, such as in data storage, digital audio and video signal processing, wireless and optical communication systems, and networks. It can also be used to provide clock breakout in test and measurement environments. It is also suitable for use in any application where low-jitter and high-performance clock and timing control is desired.

The working principle of the DS1135LU-30 is based on a multi-level delay line. The device receives a differential signal pair and routes them into the delay line. A controlled reference clock is applied to the delay line to set the multiple-level delay. Output is driven based on the level and timing of the signals set by the external clock. The outputs have various levels of skews and arrival times which vary depending on the delay programmed into the device. By controlling the level and timing of the inputs and outputs, the DS1135LU-30 achieves excellent low-jitter performance.

The DS1135LU-30 is a powerful clock and timing device. It provides excellent low-jitter performance and integration with protection systems to ensure reliable operation in any system. Its ability to program delay lines and provide high-resolution control of the output timing allows the device to be used in a variety of applications. Thus, it is an ideal solution for providing clock distribution in time-domain networking applications.

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