DS1100U-30/T&R

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The DS1100U-30/T&R is a range of precisely manufactured, discrete component delay lines providing an array of useful operating configurations and fields of application. The lines, with their integral and distinct electronic realisation, have all been designed to permit connection of both simple and complex timing and event control circuits. This article will discuss the application field and working principle of the DS1100U-30/T&R.

Delay lines are much used in a number of fields of application—ranging from test, measurement and production apparatus through to digital control of machinery and automatic process control systems. They are essentially discrete component devices, with input and output connections, providing a precisely determined delay from the input to the output. These devices may be constructed from a variety of components and take several forms; one of the most common is a quartz crystal delay line.

The DS1100U-30/T&R is a quartz crystal delay line. It has an operating temperature range of from 0°C to +50°C, and an optimal working temperature range of 30°C to 40°C. Its maximum operating voltage is 7.4V, and its average power consumption is 125mW. It comprises six delay elements, with input and output resistors, and a short-circuit delay compensation switch. Its operation is simple—an input signal is applied to the delay line, after which it is further amplified, before being presented as an output signal.

The application field of the DS1100U-30/T&R includes production and process control, where a precise timing information is essential. It can be used to generate a precise delay, enabling synchronisation signals or measurement signals to be generated. It can also be used in conjunction with a logic circuit to control the timing of moving objects, such as robots. Finally, it can be used as a feedback control element in control systems, for controlling the operation of a variety of processes and equipment.

The working principle behind the DS1100U-30/T&R is that its delays are based on the length of the quartz crystal. The device is designed to work with a nominal quartz crystal length of 100mm, with a precision tolerance of ± 0.1 mm. When a signal is applied to the delay line, the signal is amplified and the delays are designed to compensate for the quartz crystal length. The switches allow the operator to control the output by changing the delay of the signal, with the output being either zero or one. The input signal is then amplified and presented as an output at the output stage.

In conclusion, the application field and working principle of the DS1100U-30/T&R is an example of a quartz crystal delay line. It is used in production, process control and feedback control, and the delay of the signal is controlled by the quartz crystal length, with the switch allowing the user to control the output. This device provides a precise delay, an integral and distinct electronic realisation, and connection of both simple and complex timing and event control circuits.

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