XLH325050.000000I

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Oscillators are an important type of electronic device used for many diverse applications throughout numerous industries. One particular variety, the XLH325050.000000I, is often used to generate signals for frequency control in various circuits, like those found in broadcasting and telecommunications. It\'s a reliable and cost-efficient solution for accuracy and reliability with low harmonic distortion. In this article, we\'ll take a closer look at the XLH325050.000000I oscillator\'s application field and working principle.

The XLH325050.000000I\'s primary applications are frequency control and pulse width modulation in the milliwatts to kilowatts range. This particular oscillator is typically used in telecommunications as a frequency reference, and it also can be used as a signal generator for testing electronic components. Other applications may include frequency sweeping/measuring and frequency modulation, as well as camera shutter and interlock synchronization.

Other than the XLH325050.000000I\'s ability to generate signals for frequency control, it also provides pulse width modulation in the kilowatts range. This kind of modulation allows the user to vary the duty cycle of a pulse signal, thus allowing for the precise synchronization of multiple devices. This can be especially useful in telecommunications, broadcasting, and camera applications. Other areas where a pulse width modulation may be employed include the aerospace and military industries.

The circuitry of this oscillator is based on flat-pack quartz technology, which is highly reliable and provides fast response times. A quartz crystal, also known as a physical frequency source, helps provide extremely accurate reference frequencies. The XLH325050.000000I is constructed from a variety of active and passive components, allowing for a wide range of output frequencies. It also employs an internal voltage reference, which helps ensure the consistency of the voltage and temperature coefficient throughout its operating range.

The XLH325050.000000I oscillator works by using a frequency selective synthesizer, or a voltage-controlled oscillator. This voltage-controlled oscillator is responsible for creating the reference frequencies, and it is linked to a frequency divider circuit. After the reference frequencies are generated, the frequency divider divides the signal and produces an output frequency waveform determined by the user. This frequency-controlled output can then be used to provide frequency control and pulse width modulation in any application where precision and reliability are required.

In conclusion, the XLH325050.000000I oscillator is a versatile and reliable electronic device capable of generating signals for frequency control and pulse width modulation. With its flat-pack quartz technology and internal voltage reference, it provides exceptionally accurate reference frequencies and precise outputs, making it ideal for use in a wide variety of industries. It is most often used in telecommunications, broadcasting, and camera applications, as well as military and aerospace applications. As a result, it is well-regarded as a dependable and cost-effective solution for precision frequency control and pulse width modulation.

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