DSC1121AM2-050.0000

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The DSC1121AM2-050.0000 is a highly reliable oscillator with a wide range of applications. It is categorized among oscillators due to its ability to produce recurring electrical signals at different frequencies. It has a crystal core inside and a temperature-controlled voltage source. Its frequency is determined mainly by the crystal frequency and controlled by the voltage.

The DSC1121AM2-050.0000 oscillator has a great variety of applications. In communication industry, the oscillator can function as a frequency synthesizer or a frequency multiplier. It is also used as a local oscillator in receivers or transceivers and can provide high accuracy frequency references. In wireless radio systems, it is used to generate signals for frequency modulation and for synchronization between separate systems. Furthermore, it also has a wide range of consumer products like receivers, watches, clocks and VCRs.

The working principle of the DSC1121AM2-050.0000 can be best understood in two stages. In the first stage, a current is passed through a quartz crystal acting as an inductor. This current produces an oscillating electric field in the quartz crystal. The quartz crystal responds to this electric field by producing a small voltage across its terminals. The second stage involves amplifying and conditioning of this voltage by active components in order to make the frequency signal suitable for consumer products.

The DSC1121AM2-050.0000 is designed to produce very accurate frequencies over a wide temperature range. It uses the latest quartz crystal technology to ensure very accurate frequency stability. Additionally, it is designed to perform exceptionally well in harsh environments and can even withstand extreme temperatures.

The DSC1121AM2-050.0000 is a highly reliable and versatile oscillator used in many different types of applications. Its frequency is determined mainly by the quartz crystal and the temperature-controlled voltage source which makes it very reliable. Its wide range of applications and its high accuracy make it an ideal choice for many consumer and communication related products. By understanding its working principles, its wide range of applications can be better appreciated.

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