GL1L5MS400S-C

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Delay lines are electronic circuits that allow a signal or pulse to be delayed by a certain amount of time. This type of circuit is typically used to synchronize frequencies between multiple devices or circuits.

The GL1L5MS400S-C is a high-quality monolithic delay line capable of providing up to 4.0 MHz of delay in a single integrated circuit. The device contains two analog delay lines, each of which can provide up to 2.0 MHz of delay. The output of the delay lines is buffered by a low-noise amplifier and can either be used for direct control applications or used to drive other circuits.

The device is designed to provide a stable delay time and frequency while minimizing noise and distortion. The delay time is adjustable by adjusting the bias voltage of the analog delay lines. The GL1L5MS400S-C is capable of accepting input frequencies up to 5 MHz and operates over a wide temperature range.

The GL1L5MS400S-C is very versatile and could be used in a variety of applications, including communication systems, audio delay and synchronization, control systems, and signal processing systems. It could also be used for timing applications, such as managing multiple clock signals or generating precise delays for multi-channel applications. Additionally, the device can be cascaded with multiple devices to provide higher levels of delay.

In addition to its use in a wide variety of applications, the GL1L5MS400S-C is also an ideal choice for industrial applications, as it can provide up to 2.0 MHz of delay while consuming minimal power and occupying a small footprint on a PCB. It is also very reliable and has very low noise and distortion figures.

The GL1L5MS400S-C operates by using two analog delay lines to create an adjustable delay. The voltage on the bias pins is used to control the length of delay. The device also contains a low-noise amplifier that provides the buffering needed for direct control applications.

The GL1L5MS400S-C is a great choice for applications that require a variable and stable delay line. With its wide frequency range, low noise and distortion window, and low power consumption, it is ideal for a variety of applications where precise timing is needed.

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