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Oscillators

Oscillators are commonly used in electronic circuitry, generally providing a stable reference signal in order to synchronize other electrical circuits. An oscillator produces a waveform of a repeating nature at a certain frequency. SIT1602BC-23-28N-3.570000G is one of the examples of oscillators and this article aims to discuss the application field and working principle of this device.

Application Field

The SIT1602BC-23-28N-3.570000G device is a quartz crystal clock oscillator, suitable for various computer system in general measurements and other related applications. It has a frequency of 3.570000GHz that is impervious to environmental and other disturbances. The quartz crystal oscillator has a small temperature slope coefficient and a low aging rate that make it suitable for use in high accuracy chip-level timing application, including such as microprocessors and DSPs.

This quartz crystal oscillator can also be used in many types of wireless equipment, such as wireless broadcasting, navigation, communication, and radar systems. It is also suitable for uses such as satellite and terrestrial navigation systems, satellite positioning systems, GPS systems, and other positioning systems. Its high frequency and accuracy means it offers superior performance for these types of applications.

Working Principle

The SIT1602BC-23-28N-3.570000G is based on the fundamental principle of a quartz crystal. This device is constructed of a quartz crystal that is electrically excited with an alternating current. The alternating current causes the quartz to vibrate at a very specific frequency, which is determined by the composition and size of the crystal. The crystal must vibrate at a very specific rate in order to be effective as a frequency source.

The crystalline quartz is placed between two metal plates that are connected to the power source. Varying the levels of alternating current being fed into the plates will cause the crystal to vibrate at different frequencies. The frequency of the quartz crystal oscillator is determined by the characteristics of the quartz, as well as the amount of current supplied to the plates.

The SIT1602BC-23-28N-3.570000G crystal oscillator also employs a feedback frequency control technique. This technique helps to ensure that the oscillator maintains a very accurate frequency, regardless of variations in the characteristics of the quartz, or fluctuations in the power supply. This in turn ensures that the quartz crystal clock oscillator remains stable and reliable.

Conclusion

The SIT1602BC-23-28N-3.570000G is a quartz crystal clock oscillator with a high frequency and accuracy that makes it suitable for a wide variety of applications, ranging from high accuracy chip-level timing to wireless broadcasting and navigation. Its frequency remains very stable due to its use of a feedback frequency control technique. It is suitable for use in a variety of applications, including such as microprocessors, DSPs, navigation systems, and other positioning systems.

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