GL2L5LS080D-C

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Delay lines are electrical or mechanical structures that are designed to introduce a predetermined time delay to a signal travelling through it. Their main purpose is to allow signals in a circuit to be offset from each other by a certain period of time in order to facilitate smoother or better operation of the circuit. The GL2L5LS080D-C is a type of delay line.

In terms of its application field, the GL2L5LS080D-C has been used in a variety of applications, including:

• • Aerospace applications, such as flight control systems.
• • Communication systems, such as satellite navigation.
• • Automotive applications, such as vehicle control systems.
• • Industrial and medical applications.
• • Robotics and automation.

In terms of its working principle, the GL2L5LS080D-C works by using a combination of a sensing element and a looping mechanism. The sensing element is typically a metal diaphragm that senses the input signal and converts it into an electrical signal. This electrical signal is then looped around the delay line, as the looping mechanism causes the signal to be translated into a series of pulses. The pulse is then spread across the delay line, where it is amplified before being returned back to the sensing element. The time taken for the delay pulse to be amplified and then returned back to the originating element is the delay time.

The GL2L5LS080D-C is a highly reliable type of delay line that can exhibit a longterm time delay accuracy and stability. Its long-term time delay accuracy is typically ±10ppm at temperatures ranging from -20°C to +85°C. Its long-term time delay stability is typically ±2.5ppm/year at the same temperature range. Furthermore, it can work in a wide variety of environments without problems. This makes it ideal for many applications, such as automotive, industrial, and medical.

To sum up, the GL2L5LS080D-C is a type of delay line that has been designed for use in a variety of applications, ranging from aerospace to robotics. Its working principle involves a combination of a sensing element and a looping mechanism that allows signals travelling through it to be offset from each other by a certain period of time. It is a highly reliable type of delay line that can exhibit long term time delay accuracy and stability.

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