DS1135Z-20+

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DS1135Z-20+, a delay line integrated circuit, is primarily used in applications that require timing and clocking accuracy. It is well-suited for a range of applications, including synchronous transmission, phase synchronization, sequencing and timing, clocking and control, as well as others. Utilizing an advanced manufacturing process, the device is designed to be extremely reliable, even at high temperature operating conditions.

The purpose of the DS1135Z-20+ is to provide a precise time delay between two events. The device is made up of a delay line, which is a network of linked electronic elements that produce a signal that takes a predetermined amount of time to travel from input to output. When a signal is received at the input of the delay line, it propagates through the individual elements of the line until it reaches the output. Based on the timing of the elements in the delay line, each of the elements adds a fixed amount of time to the propagation, resulting in an output signal that is delayed for an exact length of time.

The parameters of the DS1135Z-20+ can be adjusted according to the user\'s application requirements. The device can be programmed with up to eight different delay intervals, ranging from 35 to 350 nanoseconds. The programming of the intervals is done through the adjustment of external resistance, capacitance, or voltage levels. Additional features include a reset input line, a clock input, and a low power standby mode.

The DS1135Z-20+ can operate in several modes. The most common mode is the single-delay, in which a single output is generated after a single input signal. There is also a periodic burst mode and a buffer-bypass mode. In the periodic burst mode, an input signal is received and the delay line produces multiple outputs. In the buffer-bypass mode, the output of the device is the same as the input, but with an adjustable delay.

The DS1135Z-20+ is an effective component for producing accurate timing delays. Its only major drawback is its limited delay range. The device is not suitable for applications that require delays of more than a few hundred nanoseconds, but it is a reliable and cost-effective solution for applications that require precision timing and clocking accuracy.

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