AX7DCF2-515.0000T

Oscillators can be divided into two main categories: linear and non-linear. Linear oscillators are based on linear elements that allow the current to flow uninterrupted across the connecting elements, while non-linear oscillators operate by transitioning between different voltage levels to produce an oscillating output. Their main function is to convert a non-periodic signal into a periodic one and they are chosen according to different criteria such as stability, frequency range, accuracy and cost effectiveness. An example of a non-linear oscillator is the AX7DCF2-515.0000T.

The AX7DCF2-515.0000T is a microprocessor-controlled non-linear oscillator that is built with an integrated circuit (IC) with polysilicon gate and temperature compensation. It is designed for temperature ranging from 0ºC to +70ºC and has a frequency range of 2-22MHz. Its application field mainly includes monitoring equipment and communication systems, although it can also be used to control various other electronic devices. The main features of this oscillator include stable frequency output, temperature compensation, low power consumption and low Cost.

The working principle of the AX7DCF2-515.0000T oscillator is based on a Schmitt trigger circuit. It consists of an operational amplifier that operates at a voltage defined by the threshold voltage of the input signal. This threshold voltage is the voltage at which the output of the amplifier changes from one state to another, triggering an oscillating output. This oscillating output is then used to control the on or off state of a transistor, creating an oscillating voltage across it. This oscillating voltage is then fed back to the input of the amplifier to continuously trigger oscillation.

The AX7DCF2-515.0000T oscillator is a highly reliable and efficient component for creating stable oscillating signals at a wide range of frequencies. Its application field includes monitoring equipment, communication systems and various other electronic devices. Its main features include stable frequency output, temperature compensation, low power consumption and low Cost. Its working principle is based on a Schmitt trigger circuit, which is used to create an oscillating voltage that is then used to control the on or off state of a transistor.