I am not sure I completely understand your question.
Each string is tuned to a wavelength that represents a sound wave, The strings are the oscillators. They move back and forth to create compressions and decompression within the air which your ear interprets as a sound.
~MECHASUN~
A harp typically has a varying number of oscillators depending on its design and size. A standard concert harp usually has 47 strings, each of which can be considered an oscillator, as they vibrate to produce sound when plucked. Therefore, a concert harp can be said to have 47 oscillators, although the total may differ in smaller or specialty harps.
Yes. Each string is tuned to a different note of the scale.
Tighten (or loosen) the strings. There is a pedal that releases the dampening pads.
Four types of LC oscillators include voltage controlled oscillators, drift control oscillators, crystal oscillators, and tuned circuit oscillators. A tuned circuit oscillator is the most common type of oscillator.
LC oscillators use inductors and capacitors to generate a frequency, while crystal controlled oscillators use a quartz crystal to establish the frequency. LC oscillators can be less stable and accurate compared to crystal controlled oscillators, which offer better precision and stability. Crystal controlled oscillators are commonly used in applications where precise frequency control is essential.
Feedback oscillators have a closed loop gain of
Phase-shift oscillator Armstrong oscillator Cross-coupled LC oscillator RC oscillator
sinusoidal vs non sinusoidal
Paul Vigoureux has written: 'Quartz resonators and oscillators' -- subject(s): Crystal Oscillators, Electric resonators, Quartz crystals 'Quartz vibrators and their applications' 'Units and standards for electromagnetism' -- subject(s): Electromagnetism, Units, Units of measurement 'Quartz oscillators and their applications' -- subject(s): Crystal Oscillators, Electric Oscillators, Electric resonators, Pyroelectricity, Quartz
one or more quartz crystal oscillators or ceramic resonator oscillators.
Gerard Gibbons has written: 'Avalanche-diode microwave oscillators' -- subject(s): Oscillators, Microwave, Zener diodes, Diodes, Avalanche, Microwave Oscillators, Avalanche diodes
harp