550AE85M1200DGR

Oscillators are primarily involved in electronic engineering applications, and they are mainly used to generate and regulate frequencies. One such oscillator is the 550AE85M1200DGR, which is a crystal oscillator with a wide range of applications. This paper will discuss the application field of the oscillator and its working principle.

Applications of the 550AE85M1200DGR

The 550AE85M1200DGR oscillator goes a long way in solving the earlier issues about crystal oscillators, and it exhibits superior performance, stability and reliability in comparison to many other crystal oscillators. This oscillator is used in a variety of applications including wireless and wired communications, automotive electronics, intelligent transportation systems, industrial process control, medical measurements, and military and aerospace inertial navigation systems.

For wireless and wired communication applications, the 550AE85M1200DGR is used for baseband signal processing, signal transmission, digital signal synthesizing, and other similar functions. It is also used for various control tasks in automobiles, including vehicle settings, functions switching, power drive control and so on. It is also used to measure coordinates and read position signals in intelligent navigation systems, ensuring low power consumption and low cost. Furthermore, it is used for process control in industrial settings, medical measurements, and for inertial navigation systems in the defence and aerospace industries.

Working Principle of 550AE85M1200DGR

The 550AE85M1200DGR adopts oscillation technology to establish and maintain an oscillation frequency, regulated by an external quartz crystal. It consists of an integrated circuit and several other components such as a resistor and capacitor. The integrated circuit collects electrical signals generated in the oscillator circuit, amplifies it, and then transmits the adopted oscillation frequency to the output terminal. The crystal is the key component of this oscillator, and its quality directly affects the output characteristics of the oscillator.

The oscillator frequency of the 550AE85M1200DGR is determined by the crystal, and this frequency differs from crystal to crystal. When the oscillator is connected to the crystal, the frequency is determined by the combination of resonance circuit parameters. A reliable quartz crystal requires a precise cut, a consistent resonance frequency, a low temperature coefficient, and superior thermal stability. The output frequency and stability of the oscillator is therefore largely dependent on the performance of the quartz crystal.

In summary, the 550AE85M1200DGR crystal oscillator is a reliable component with a wide range of applications. From wireless and wired communications to industrial process control and inertial navigation systems, this oscillator is capable of performing multiple tasks. It has proven time and again to be extremely accurate and stable, with a high frequency stability. This oscillator works by using an integrated circuit to amplify the signals generated by a quartz crystal, and is therefore a reliable and well-designed component.