GL1L5LS100S-C Inductors, Coils, Chokes

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Delay lines include analog delay lines, digital delay lines, and optical delay lines. Analog delay lines use a transmission line to create a delay between the input signal and the output signal. Digital delay lines create a delay by storing the input data and then read out the data at a later time. Optical delay lines use optical waveguides to create a time delay between the input and the output signals.The GL1L5LS100S-C delay line is an optical delay line designed for use in a variety of applications, including telecommunications systems, radio transmitters, receivers and radio astronomy. It is a type of variable delay line (VDL) that creates a delay of up to 1 usec between the input and output pulses. The delay time can be adjusted by changing the length of the delay element or by modifying the optical properties of the waveguide.The GL1L5LS100S-C delay line consists of an input port, an output port and a delay element. The delay element is a dielectric waveguide which is usually made up of several layers of material to provide an optical path between the input and output ports. The properties of the waveguide, such as the refractive index and the thickness of the layers, determine the amount of delay.The GL1L5LS100S-C delay line uses a series of lenses to collimate and focus light pulses to create the optical delay. A light pulse is launched at the input port and passed through the waveguide to the output port. The delay is determined by the length of the waveguide and the optical properties of the waveguide.The GL1L5LS100S-C delay line is designed to operate over a wide range of frequencies, from 0.1 to 10 GHz. The delay can be adjusted over a range of up to 1 usec. It can operate in both linear and non-linear modes, and is suitable for applications requiring variable delay.The GL1L5LS100S-C delay line provides a flexible and cost-effective solution for applications requiring an adjustable delay. It is highly reliable, has a small form factor and is capable of operating over a wide range of frequencies. For these reasons, it has become popular for use in telecommunications systems, radio transmitters, receivers and radio astronomy.

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