DSC1033BI2-048.0000T

Oscillators: DSC1033BI2-048.0000T

Oscillators are electronic circuits that generate repeating, periodic signals. They are typically used as the timing references for various electronic systems. The DSC1033BI2-048.0000T is a commercial quartz crystal oscillator used in a variety of electronic applications. In this section, we will discuss the application field and working principle of the DSC1033BI2-048.0000T oscillator.

Application Field of the DSC1033BI2-048.0000T Oscillator

The DSC1033BI2-048.0000T quartz crystal is a commonly used oscillator for frequency-sensitive applications. It is commonly found in electronic devices such as radios, TV receivers, mobile phones, and computer systems. The oscillator provides an accurate and stable signal, ensuring the device functions regularly. It is usually used in clock circuits, frequency dividers, phase comparators, and phase-locked loops.

Working Principle of the DSC1033BI2-048.0000T Oscillator

Like other oscillators, the DSC1033BI2-048.0000T operates on the principle of resonance. The oscillator consists of two electrical terminals and a small quartz crystal that vibrates when an electrical voltage is applied to it. This produces an alternating current in the form of sine waves. The amplitude (the height of the wave) is adjustable by applying a voltage across the electrical terminals, while the frequency (the number of cycles per second) is determined by the physical properties of the quartz crystal.

The DSC1033BI2-048.0000T has a frequency range of 48.000-48.025 MHz, making it suitable for a variety of electronic devices. The frequency of the oscillator is adjustable by varying the voltage, allowing users to customize the output in accordance with their requirements. The output of the oscillator can also be further adjusted using various passive components including capacitors and inductors.

Conclusion

The DSC1033BI2-048.0000T quartz crystal oscillator is a commonly used component in electronic devices such as radios, TVs, mobile phones, and computer systems. It operates on the principle of resonance, producing an alternating current in the form of sine waves. Adjusting the voltage across the electrical terminals can vary the amplitude, while the frequency is determined by the physical properties of the quartz crystal. As such, it is a reliable and convenient oscillator for a variety of frequency-sensitive applications.