CE3392-24.704

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Oscillators- CE3392-24.704 Application Field and Working Principle

Oscillators are electronic circuits which produce electrical signals at regular interval with a repetitive waveform. They are used in numerous applications such as in radio transmitters and receivers, telephone systems, and in industrial, medical, aerospace and other electronic devices. The CE3392-24.704 oscillator is an example of one such oscillator, and its application field and working principle will be discussed in this article.

Application Field

The CE3392-24.704 oscillator is primarily used in clock synchronization applications. It is designed to provide a reliable, stable clock signal for a wide variety of electronic systems such as medical and industrial equipment, network routers, digital telephone systems, switches, and even home appliances. The oscillator consists of a quartz crystal that is maintained at a constant temperature, allowing the built-in oscillator to operate accurately and reliably. The output from the oscillator is a time-based signal with an extremely low jitter rate. This ensures that any sensitive system that is connected to the oscillator remains in sync even after long periods of time.The oscillator also features high tolerance to vibration, shock and other environmental factors, allowing it to be used in vibration and shock-sensitive applications. It also features a wide frequency range, allowing it to be used for various different synchronization purposes.

Working Principle

The CE3392-24.704 oscillator is an RC oscillator, which makes use of a resistor-capacitor coupling to generate a periodic signal. The internal electronics of the oscillator consist of three basic components: an amplifier, an RC network and the quartz crystal.The oscillator’s internal electronics are fed with an input signal. This signal is then amplified and sent to the RC network. The RC network consists of a resistor and a capacitor in parallel, whose output is sent to the quartz crystal.The quartz crystal is the key component of the oscillator, as it\'s the one that provides the frequency stability. The crystal is composed of two slabs of quartz crystal cut in a specific angle and crossed over each other. The crystal is then electrically charged, causing it to vibrate at a certain frequency. This frequency is determined by the shape, size, and temperature of the crystal. The signal fed to the resistor and capacitor also comes from the quartz crystal, causing the RC network to alternately charge and discharge, thus generating periodic electrical pulses. The frequency of the output waveform is determined by the values of the resistor and capacitor, while the stability is determined by the quartz crystal.

Conclusion

The CE3392-24.704 oscillator is an RC oscillator designed to provide a reliable, stable clock signal for various synchronization applications. As such, it features a high tolerance to environmental factors such as vibration and shock, and a wide frequency range. Its working principle is also based on the behaviour of the quartz crystal, which provides the frequency stability. The crystal is electrically charged, causing it to vibrate at a certain frequency. The resistor-capacitor network then alternately charges and discharges to generate an electrical pulse, thus providing a periodic signal.

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