XLH736022.579200X

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Oscillators – XLH736022.579200X Application Field and Working Principle

Oscillators are devices that generate a repetitive waveform with basically no external components. Depending on the application, the waveform might be sinusoidal, a square wave, or the output of a logic gate. Oscillators are used in a variety of applications, from audio amplifiers to synchronizing digital events. The XLH736022.579200X Oscillator is of particular interest because of its wide range of uses and its innovative features.

Application Field of XLH736022.579200X Oscillator

The XLH736022.579200X Oscillator is available in different frequencies, ranging from 10MHz up to 70MHz – providing versatility for embedded applications. It is an ideal choice for applications such as mobile, automotive, and low-cost wireless applications. The variety of frequencies also enable the device to function as a clock source in a variety of modern embedded systems.

The oscillator is also suitable for precision instrumentation usage, since it has a very low drift over a wide range of temperatures. It can also be used in Digital Signal Processor (DSP) Chipset applications. This is due to its low data jitter, which makes it an ideal choice for such systems.

Working Principle of XLH736022.579200X Oscillator

The working principle of the XLH736022.579200X Oscillator is relatively simple. The oscillator has an integrated crystal resonator, which is connected to an amplifier circuit. The resonator creates an oscillating waveform, which is then amplified by the amplifier circuit. The frequency of the oscillator is determined by the specific characteristics of the resonator. Thus, a different resonator can be used to create an oscillator with a different frequency.

In addition to the integrated circuit, the oscillator can be controlled with an external 3rd party control voltage. The control voltage can be used to adjust the amplitude, frequency, and other parameters of the oscillator. This makes it especially suitable for applications with stringent requirements, such as timing-accurate DSP Chipsets and other precision instrumentation requirements. Moreover, a wide selection of models is available for different frequencies and performance requirements.

Conclusion

The XLH736022.579200X Oscillator provides the flexibility that a wide variety of embedded and other applications need. Its innovative design and wide frequency range make it especially suitable for modern embedded systems, which require precise timing and low data jitter. Moreover, the oscillator can be controlled with an external 3rd party control voltage, meaning that it can be easily adjusted for different precision and performance requirements. Thus, it is a great choice for modern embedded systems.

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