347LB6C1250T

347LB6C1250T Application Field and Working Principle

The 347LB6C1250T belongs to a family of oscillators, which are used in a wide range of applications. The oscillator is an electronic device that produces a signal with a frequency determined by the time constants of its components. They are commonly used in electrical engineering, communications, and signal processing for generating clock signal, and in the entertainment industry for creating sound effects and musical notes.

Application Field

The oscillators are used in a variety of fields and applications. In electrical engineering, they are used to generate clock signals that control the operation of digital logic circuits, microprocessors, and power electronics. In telecommunications, oscillators are used for radio frequency (RF) signal generation, such as in microwave radios, client access systems, and satellite dishes. In the audio/visual industry, oscillators are used for sound-effects, music, and the controlling of movie studio sound systems. Furthermore, oscillators are used in home appliances, automotive electronics, digital clocks and watches, and calculators.

Working Principle

The 347LB6C1250T oscillator functions by producing an electrical output signal in a form of a sine wave. The sine wave is produced by varying the capacitance of the oscillator, which is accomplished by incrementing the DC voltage applied to a piezoelectric crystal. The frequency of the sine wave output is determined by the time constants of the oscillator’s piezoelectric crystal and the external components. The frequency is also determined by the DC voltage applied to the piezoelectric crystal. By adjusting the frequency of an external component connected to the oscillator, the frequency and the period (time) of oscillation of the piezoelectric crystal can be adjusted.

The 347LB6C1250T oscillator has a frequency range of 7.0MHz - 125.00MHz and a maximum output power of 0.12dBm @ 125MHz. The oscillator consumes up to 10mA of current and is packaged in a hermetically sealed surface mount ceramic package with an overall size of 14.20mm x 10.20mm x 4.00mm. The oscillator performs best when operated at room temperature.

Conclusion

The 347LB6C1250T oscillator is a device used in a variety of applications, including electrical engineering, telecommunications, audio/visual, and consumer electronics. It functions by producing an electrical output signal in a form of a sine wave, and its frequency is determined by the time constants of its piezoelectric crystal and the external components connected to it. The 347LB6C1250T oscillator has a frequency range of 7.0MHz – 125.00MHz and consumes up to 10mA of current. It is a reliable and cost effective option for clock generation.