C3390-10.000

Oscillators: C3390-10.000 Application Field and Working Principle

A C3390-10.000 is an oscillator — a component in an electronic circuit acting as an autonomous frequency-generating source. As both a resonator and an amplifier, oscillators have wide range of uses in electronic systems. In the application field of the C3390-10.000 oscillator, design engineers need to consider all applicable specifications and limitations in order to ensure that the best configuration for their given application is chosen. This article will outline the application field and working principle of the C3390-10.000 oscillator.

Application Field of C3390-10.000 Oscillator

The C3390-10.000 oscillator\'s application is typically for generating a clock signal. Specifically, the oscillator is a great choice for mobile devices, such as smartphones, that require a reliable and accurate frequency source. The C3390-10.000 can be used to maintain the timing accuracy of processor, memory, and peripheral circuit performance. In addition to its use in mobile devices, the C3390-10.000 oscillator works well in a variety of embedded systems, Hard Disk Drivers (HDD), as well as computer accessories such as keyboards and mice.

Working Principle of C3390-10.000 Oscillator

At the core of the C3390-10.000 oscillator is an oscillating circuit referred to as resonator. The resonator is an LC tank circuit comprised of a series capacitor and an inductor. The capacitor provides the storage element for energy while the inductor provides the release of the energy. When current charges the capacitor, inductor will block the flow of current, allowing the charge to build up and store energy.

When a certain voltage level is reached in the capacitor, energy will be released to the inductor, then the current will charge the capacitor again, in a repeating cycle. This cycle creates a oscillating waveform, thus the term oscillator. The frequency of the waveform can be adjusted by tweaking the components resistance, capacitance, or inductance.

The oscillator circuit is then converted to a correct output frequency range. This is done by using a frequency divider circuit, allowing the oscillator to generate a signal at a much lower frequency. The frequency divider circuit requires knowledge of the component values and will need to be carefully designed to ensure the correct output frequency.

Conclusion

In conclusion, the C3390-10.000 oscillator is a reliable and accurate frequency source capable of providing a clock signal which is essential for processor and memory operations in mobile devices. It works within an oscillatory circuit that consists of an inductor and capacitor connected in series. This LC tank circuit which creates an oscillating waveform can be further adjusted through tweaking of the component values to generate a higher or lower frequency output. With its wide range of use, the C3390-10.000 oscillator is an excellent choice for those looking for a reliable clock source in their electronic applications or embedded systems.