GL1L5MS490S-C

Series:	GL1L
Packaging:	Bulk
Part Status:	Obsolete
Delay Time:	4.9ns
Tolerance:	±0.050nS
Operating Temperature:	-25°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	16-SOIC (0.220", 5.59mm Width)
Impedance:	50 Ohms
DC Resistance (DCR):	1 Ohm Max
Current:	100mA

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Delay Lines: GL1L5MS490S-C Application Field and Working Principle

Delay Lines are electronic components used to introduce a predetermined delay and thereby synchronize signals within a circuit. They are necessary to guarantee the proper working order of many electronic devices and systems, from home appliances to avionic equipment. The GL1L5MS490S-C is an ultra-fast delay line that is widely employed in a variety of scenarios, particularly in aerospace and defense applications. The following sections aim to present an overview of its application fields and workings.

Application Fields

The GL1L5MS490S-C is an ultra-fast delay line specifically designed for aerospace and defense applications but it can also be used in a wide range of circumstances. Its combination of ruggedness, durability and speed makes it ideal for medical equipment, test and measurement systems, high-speed data acquisition, video and audio equipment, as well as other applications requiring very quick response times.Thanks to its robust construction, the GL1L5MS490S-C can handle extreme environmental conditions, such as shock and vibration, temperatures shifts and high humidity, making it a reliable device for operations in militarized spaces or industrial environments. The delay line can be effectively utilized in scanning systems, cause-and-effect recognition in environments with high-speed activities, as well as within other command and control systems.

Working Principle

Delay Lines are made up of several cascaded stages of equal length. When voltage is applied to one of the input terminals of the delay line, a signal is created that propagates through the stages in a series of ripples. As it moves between the stages, the speed of the ripples is determined by the length of the delay line.The GL1L5MS490S-C has a total number of seven stages, each having a length of one unit that represents a predefined delay. Thanks to its very short stages, the delay line is capable of processing up to 490 nanoseconds of delay.The device is designed as a Schmitt Trigger, which means the output of the delay line is the inverted image of the input signal, providing fast switching in both directions. It is also equipped with a power saving feature for minimizing consumption and thereby improving device reliability.

Conclusion

The GL1L5MS490S-C is a robust ultra-fast delay line specifically designed for aerospace and defense applications. However, its versatility and speed make it well suited to many other applications where precise synchronization between signals is needed. It is made up of seven cascaded stages which create a rippling of signals that is determined by the length of each stage, with a total of 490 nanoseconds of delay. The GL1L5MS490S-C can handle the harshest environments while providing reliable performance and power saving features.

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