XLH73V074.250000I

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Oscillators: XLH73V074.250000I Application Field and Working Principle

Oscillators are an essential and versatile type of electronic component used in a variety of commercial, industrial, and consumer applications. The XLH73V074.250000I oscillator is one such product, and it is well-suited for high-frequency radio design, frequency modulated applications, data transmission, RF power distribution, and other applications where frequency or voltage stability and accuracy are mission-critical. The practical properties and working principles of XLH73V074.250000I oscillators will be explored in this article.

The Properties of XLH73V074.250000I Oscillators

The XLH73V074.250000I oscillator is an Xtalosc-L oscillator product from E-TEC Co., Ltd.. It is a 4.25MHz, +76ppm, TTL oscillator in the 7.0 × 5.0mm Delfino package. With a 4.25MHz frequency and +76ppm tolerance, the XLH73V074.250000I oscillator is suitable for frequency modulated applications, and applications that require a very precise and stable frequency. Other features of the XLH73V074.250000I oscillator include a low-profile package that is easy to mount, a wide +3.3V to +5.5V power supply range, and low phase noise. It is rated to operate in temperatures from -10 to +85 degrees Celsius.

The XLH73V074.250000I oscillator also has a small footprint, is RoHS-compliant, and includes built-in insulation layers to ensure reliable operation. The oscillator is available in a variety of frequencies, from 2.048MHz to 250MHz, and a wide power supply range. It is also available in several different package sizes, ranging from 3.2 x 2.5mm to 16 x 10mm, providing flexibility and scalability for customers.

Working Principle of XLH73V074.250000I

The XLH73V074.250000I oscillator works by using the principle of resonance. This is the same principle that is used in electric clocks, musical instruments, and other applications where sound is produced. The basic idea is that when an applied force causes a vibrating object to move, it can reach a point of equilibrium where the applied force is equal and opposite to the applied force, known as the resonance point. By monitoring this point, an oscillator circuit can produce a steady and continuous output frequency.

In the XLH73V074.250000I oscillator, a quartz quartz crystal, referred to as a quartz crystal resonator, is used as a component that determines the output frequency. The quartz crystal resonator is made from several layers of quartz crystal that are cut and shaped into a specific geometry. From this geometry, the crystal resonator can then be tuned to a precise frequency, referred to as the resonant frequency. Once this resonant frequency is achieved, it can be used to determine the output frequency of the oscillator.

The process of tuning the quartz crystal resonator begins with the electric tuning of the crystal to the desired frequency. By applying and adjusting the frequency of the electric current to the quartz crystal, the crystal can be electrically adjusted to the resonant frequency. This process is known as "pull" in the industry. After the quartz crystal resonator has been tuned, the output frequency of the oscillator can be determined.

Conclusion

The XLH73V074.250000I oscillator is a highly accurate and reliable product that is capable of delivering a stable and accurate frequency and voltage output. Its small form factor and wide operating temperature range make it ideal for small, portable devices, and applications where accuracy and voltage stability are mission-critical. The oscillator operates on the principle of resonance, using quartz crystal resonators tuned to the desired frequency to produce a steady and accurate output. With its many features and benefits, the XLH73V074.250000I oscillator is an excellent choice for high-frequency radio design, frequency modulated applications, data transmission, RF power distribution, and other applications.

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