XLH536114.775489I

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Oscillators are components that generate an alternating current of a certain frequency. The XLH536114.775489I is an example of an oscillator that uses a quartz crystal to achieve very reliable and accurate frequency stability.

The XLH536114.775489I is a very popular oscillator used in a variety of applications. It is a symmetrical, four-pin device which uses the timing qualities of a quartz crystal to achieve perfect frequency stability. The quartz crystal has the ability to vibrate at very precise frequencies and is used as the timing element to the oscillator. The crystal is enclosed in a hermetically sealed container and is driven by the oscillator itself. This provides the crystal with the ability to remain completely isolated from any electrical interference or temperature fluctuations it may experience in its environment.

The XLH536114.775489I is a highly reliable and durable oscillator due to its excellent frequency stability and accuracy combined with its high shock resistance, wide operating temperature range, high resistance to electrical noise, and very long life. It is suitable for use in both analog and digital applications, including microwave and SONET (Synchronous Optical Network) systems, telecommunications and satellite systems, and numerous other industrial applications. It is also very useful for creating waveforms with high resolution and accuracy.

The working principle of the XLH536114.775489I is based on the use of a quartz crystal as the timing element of the oscillator. A quartz crystal is made up of a lattice of crystalline quartz which has an inherent electrical property known as piezoelectricity. This property states that when a quartz crystal is subjected to an electric force, it will vibrate and produce a periodic electrical signal. This signal is then used as the output of the oscillator. The crystal also acts as a frequency-determining element, since it will vibrate at its resonant frequency when subjected to an electrical field.

The frequency stability of the XLH536114.775489I is the result of its ability to take advantage of the crystal’s characteristics to provide a consistent and precise frequency output. This is accomplished by subjecting the quartz crystal to an external voltage signal which is known as the excitation voltage. The excitation voltage causes the quartz crystal to vibrate at its resonant frequency which is then used as an output signal. The frequency stability of the signal is then determined by the quartz itself. It is this characteristic of the oscillator which makes the XLH536114.775489I highly reliable and accurate.

The XLH536114.775489I can be used in both analog and digital applications, and its excellent frequency stability and accuracy makes it ideal for numerous applications, such as microwave and SONET associated systems, telecommunications and satellite systems, and numerous other industrial applications. It is also very useful for creating waveforms with high resolution and accuracy. Its combination of reliability, durability, excellent frequency stability and accuracy makes the XLH536114.775489I a highly valuable oscillator for a variety of applications.

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