CE3291-24.000

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Oscillators

Oscillators are circuits that generate a periodic electrical signal without relying on any other energy source. They are mainly used in applications such as filtering, clock generation, signal processing, frequency synthesis, frequency and phase-locked loops (PLLs), and general-purpose amplification. The most important parameter of an oscillator is its frequency, which is typically determined by the type of oscillator circuit used and other factors such as the external components connected to it.

CE3291-24.000 Application Field and Working Principle

The CE3291-24.000 Crystal Oscillator is capable of providing a stable signal with an excellent frequency control accuracy and a high level of noise suppression. The application includes radio receivers, broadcast transmitters, broadcast data processing, computer communication, and other related applications where high precision and stability are required.

This device consists of a crystal resonator, a tuned circuit, and a phase-locked feedback circuit. The crystal resonator has a fundamental frequency of 24.000 MHz, which is determined by the characteristics of the quartz crystal. The tuned circuit serves to provide tuning of the oscillator frequency and to prevent the crystal oscillator from being affected by the external environment. The phase-locked loop is used to provide a closed loop control of the oscillator frequency and amplitude. The components of the oscillator are all connected to the output stage, which is in turn connected to the output.

The CE3291-24.000 Crystal Oscillator has a wide range of application fields; it can be used in television and radio receivers, data processing, automatic positioning, waveform sensing, and many more. The key features of this oscillator are low power consumption, high frequency stability, and low jitter. The device\'s wide frequency range and low power consumption make it ideal for many modern applications.

In summary, the CE3291-24.000 Crystal Oscillator is a high precision and reliable device that is suitable for many applications, including those where precision and stability are needed. It has low power consumption, and its wide frequency coverage makes it very useful for many modern applications. The device\'s principle of operation is based on the use of a crystal resonator and a tuned circuit, as well as a phase-locked feedback circuit.

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