FK1220007

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

An oscillator is a device or system that produces an oscillating signal. The FK1220007 is a sine wave low frequency oscillator (also known as an LFO) specifically designed for the audio frequency range. It is used in a variety of audio applications, from synthesizers and samplers, to signal processing.

The FK1220007 operates on a principle of linearity. This is achieved by using two identical transistors, one as the input and one as the output. The transistors are configured in a circuit such that when a signal is applied to the input, it is amplified by the output transistor, producing a sine wave output. The frequency of the sine wave output is determined by the feedback loop in the circuit, which can be adjusted to create a wide range of frequencies.

The FK1220007 is highly stable, and is capable of producing a clean, low-noise sine wave output. The frequency range is quite large, ranging from 0.02 Hz to 2000 Hz. The frequency stability is also quite good, with a temperature coefficient of only ± 0.005%. The FK1220007 is also quite power efficient, consuming only a few milliwatts of power.

The FK1220007 is used in a variety of audio applications, from synthesizers and samplers to signal processing. It is used as a low frequency oscillator in sound synthesis, producing a basic sine wave at the desired frequency. It is also commonly used in sound modulation, such as tremolo and chorus effects, as well as envelope generators. It is also used as a modulation source for signal processing, such as flange and phaser effects.

The FK1220007 is a highly reliable and stable oscillator, capable of producing a clean, low-noise sine wave output. It is used in a variety of audio applications, from synthesis to signal processing. The frequency range is quite large, and the frequency stability is quite good, making the FK1220007 an ideal choice for many audio applications.

The specific data is subject to PDF, and the above content is for reference