V802-125.0M

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

The V802-125.0M oscillator belongs to the oscillators class, which is a type of device utilized to generate a repetitive electrical signal or oscillatory waveforms. The oscillator can act as an amplifier of a signal of higher frequency, producing an output that is a limited and repeated waveform, and can be used to create AC or a DC supply with precise frequency suitable for various applications in electrical circuitry systems. This article will discuss the application field and working principle of this V802-125.0M oscillator.

The V802-125.0M oscillator can be applied to numerous device control systems and other circuit systems, such as voltage-controlled oscillators, relays, auto-control systems, frequency meters, clocks, timepieces, frequency monitors, DC power supply units, switching power supplies, power meters, microcomputers, and TV sets.

Working Principle:

The V802-125.0M oscillator creates an electrical oscillatory waveform with a specific frequency and shape. It utilizes a processor to regulate the input signal frequency and adjusts the output signal frequency accordingly. If the frequency precision is maintained, the output waveform is a nearly perfect sine wave signal. The oscillator is basically an AC-signal generator which creates voltage alternating positive and negative signals.

The V802-125.0M oscillator consists of three major components: an amplifier, a feedback loop, and a frequency adjustable element. The amplifier amplifies the weakest electrical signals from the frequency adjustable element. The feedback loop is then employed to keep the output signal at a stabilized frequency. The frequency adjustable element is responsible for adjusting the input signal frequency and maintaining a precise and stable output signal frequency.

The V802-125.0M oscillator adopts a modern design which maintains a good frequency stability in a range of temperatures. Under different temperatures, the current in the frequency adjustable element will be associated with the current temperature as well, which allows the frequency generated to be precisely regulated.

In conclusion, it can be seen that the V802-125.0M oscillator is a versatile device which is suitable for various applications such as voltage-controlled oscillators, relays, auto-control systems, frequency meters, clocks, etc. It has a precise frequency regulation system and furthermore, its frequency stability can survive different temperatures. This makes it an ideal choice for a wide range of circuit applications.

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