GL1L5LS060S-C

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Delay lines provide essential functions in many different kinds of technical systems such as avionics, machine tools, process control, and communications systems. The GL1L5LS060S-C is an example of a delay line device used in a variety of applications. This article will discuss the GL1L5LS060S-C application field and working principle.

Application Field

The GL1L5LS060S-C delay line is a single-ended, synchronous-type delay line IC that provides an adjustable and repeatable delay of up to 10 nanoseconds. The GL1L5LS060S-C is well suited for a range of applications that require precise timing signal control. It is particularly suitable for implementing logic circuit delay timing and test equipment clock intently. Its adjustment range provides flexibility in system configuration and shortens the design time of the system.

The GL1L5LS060S-C integrates Voltage Comparator, Delay, Pulse Generator, Digital Oscillator and other circuits and also supresses ESD static electricity and cross-talk which ensures reliable operation and increases system stability during operation.

Working Principle

The GL1L5LS060S-C delay line is an integration of all active components such as logic IC, adjustment IC, a voltage comparator, delay, pulse generator and digital oscillator. The design of the delay line guarantees that the output can reach a predetermined level. The GL1L5LS060S-C can be triggered by an external signal. This signal passing through the logic IC and adjustment IC blocks before arriving at the voltage comparator, is then delayed and amplified by the current electronics. This process creates the output signal with predetermined delay.

The delay time is determined by the latch voltage tuning circuit, which is controlled by the digital circuitry powered from the linear voltage supply. This part operates over a wide voltage range of 3.3V to 18V. The digital tuning control circuit is an independent subsystem and allows for precise adjustment and synchronization of the output waveform. It is also capable of handling the high speed data rate and can accurately adjust the timing of the output waveform.

The GL1L5LS060S-C delay line also provides additional features such as synchronized pulsed output, programmable pulse width, and variable pulse repetition rate. These features are useful for generating multiple signals with adjustable delays for handling complex tasks. The GL1L5LS060S-C has a very low power consumption, making it suitable for battery-powered systems. It also has a low standby current and supports various power save modes.

Conclusion

The GL1L5LS060S-C delay line is an effective and reliable device for applications that require precise timing control. Its adjustable and repeatable delay of up to 10 nanoseconds, together with its additional features makes it a flexible device suitable for many different applications. The low power consumption and high stability of the device makes it an ideal choice for many specialized delay line applications.

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