CE3391-20.000

Oscillators are electronic circuits with the ability to generate a cyclic waveform under predetermined conditions. CE3391-20.000 is one such type of oscillator that is used in a wide variety of applications and has its own set of working principles.

The CE3391-20.000 is an oscillator based on a crystal oscillator topology. This type of oscillators are usually employed in communications and timing applications due to its accuracy and stability. Additionally, the oscillators make use of a defined frequency range, which can be selected as per the user’s requirements. The frequency of the oscillatory signal can be a few kilohertz and up to a few hundred megahertz. The parameters that are used to design the oscillators are also adjustable, such as the amplitude or the shape of the generated oscillations.

In terms of application field, the CE3391-20.000 oscillator is typically utilized in a wide range of fields, from communication and timing circuits to automotive applications. The oscillator is mainly used in market research applications as the range of frequencies of the oscillator is wide enough to be employed in various applications. In terms of automotive, the oscillators are used in ECU testing and can be used for monitoring the performance of different components. Furthermore, they are also used in various types of machine-to-machine communication, in consumer electronics as well as in communication between embedded systems.

The working principle of the CE3391-20.000 oscillator is based on the same principle of other oscillators. The crystal oscillator makes use of an active device, such as a transistor, to provide the oscillations. The transistors are connected to a crystal, which is usually a quartz crystal resonator, including a capacitor. The capacitor is connected between the collector and the emitter of the transistor. When the transistor receives a positive signal, the capacitor is charged and the voltage is applied to the crystal. The crystal resonator then starts vibrating and generates an oscillatory signal with a specific frequency, which is determined by the design of the crystal oscillator.

In summary, the CE3391-20.000 oscillator is a crystal oscillator topology which is employed in a wide variety of applications, including communication, timing and automotive. The oscillator has adjustable parameters, making it suitable for different applications. The working principle of the oscillator is based on the same principle as other oscillators, which is to use an active device to charge a crystal resonator and generate an oscillatory signal.