DS1100LZ-25

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The DS1100LZ-25 is a clock and timing based device from Dallas Semiconductor which belongs to the category of Delay Lines. The device is used to accurately delay a digital pulse for a given length of time. This enables the end user to precisely time the delivery of a digital signal to be sent from one point to another.

A delay line is a device which allows for a precisely timed pulse by delaying the pulse for a specific period of time. This delay can be controlled using one of two primary methods; charge distribution or delay line. Each of these types of delay lines is composed of a number of delay elements in series providing the required delay time to achieve the desired operation. The delay line architecture is often one of the most cost-effective ways to achieve delay time.

The DS1100LZ-25 is a dual-input CMOS delay line, used to time the passage of digital signals. It has two inputs, which are monitored simultaneously. The output of the device will always be a delayed version of the input, and the delay can be adjusted by adjusting the pulse width setting on the device.

This product is suitable for applications where precise timing is essential. Examples of this include medical instrumentation, industrial process control, test and measurement, robotics and avionics.

A delay line from Dallas Semiconductor can be used to effectively increase the speed of a processor, as the transmission of signals is delayed for a set period of time. In this way, the required instruction can be executed faster than with a conventional logic circuit, as less instruction time is required to direct signals from one point to another. This will increase the speed of processing within a device and is perfectly suited to certain types of applications.

The working principle of the DS1100LZ-25 is relatively straightforward. On the input side, it accepts two digital pulses, both of which are monitored by the device and monitored simultaneously. Each of these inputs is then sent to a pair of delay units, and depending on the pulse width setting, the output generated will be a delayed version of the inputs. This delayed output pulse will then travel down the output path, allowing the user to precisely time the delivery of the digital signal.

Overall, the DS1100LZ-25 is a very useful device for timing and controlling the delivery of digital signals from one point to another. It allows for precise timing of the passage of the signal, and is suitable for a wide range of applications. As a Delay Line, it is composed of a number of delay units, offering a cost-effective solution for achieving the required delay.

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