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Oscillators

XLL536001.163000I Application Field and Working Principle

An XLL536001.163000I oscillator is a type of crystal oscillator commonly used in consumer electronics and other applications. Typically these are composed of a quartz crystal together with electronic circuitry which controls a variety of parameters such as frequency, phase, and amplitude stability. The crystal element is driven by an alternating electric current, normally generated by a circuit that utilizes one or more integrated chips.

Application Field

The XLL536001.163000I oscillator is primarily used in the consumer electronics industry, specifically for Bluetooth and wireless applications. It is also utilized for a variety of other purposes, such as in smart meter metering systems, timing and synchronizing devices, communications infrastructure equipment, navigation systems, precision instrumentation, and the control of robotic systems.

Working Principle

The basic principle of the XLL536001.163000I oscillator is the same as other crystal oscillators. It is a type of resonator, often referred to as an LC (Inductance-Capacitance) resonator, composed of a quartz crystal and an LC network. A high frequency electrical signal is applied to the oscillator, which causes the quartz crystal to vibrate at a predetermined frequency. By changing the frequency of the applied signal, the resonator frequency can be tuned.

The electrical signal applied to the crystal resonator may be AC or DC. In DC operation, the applied signal is generally the frequency of the crystal, while in AC operation the signal will be varying and usually much higher than the resonator frequency.

The function of the electrical circuit in which the crystal element is contained is to shape the resonance of the crystal, typically by providing a negative feedback effect. This helps to maintain the oscillator frequency at a stable and predictable value, and also helps to maintain the stability of the oscillator’s output amplitude. In addition, the circuit often includes temperature compensation, which helps to compensate for temperature-induced variations in the tuning and resonance of the crystal.

Conclusion

The XLL536001.163000I oscillator is a type of crystal oscillator developed for use in consumer electronics, as well as a variety of other applications. It works on the same principle as other oscillator types, utilizing a crystal element in conjunction with an electrical circuit to shape the resonance of the crystal and provide the necessary stability of frequency and amplitude.

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