DSC1122CI2-148.3516T

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Oscillators are widely used in radio communication systems, computers, digital equipment, agriculture, power, medical treatment, etc. For example, in a simple FM transmitters, the signal that will be transmitted is generated by an oscillator. In addition, oscillators are used in a variety of other complex systems, such as the production of low-frequency ultrasound or in other medical treatments. Oscillators can also be used for synchronization of microprocessors, such as in cellular phones, computers, and other consumer electronics. With that being said, this article will discuss the application field and working principle of DSC1122CI2-148.3516T oscillator.

What is DSC1122CI2-148.3516T?

DSC1122CI2-148.3516T is a frequency-stabilized quartz oscillator that utilizes a quartz crystal and a temperature-compensated PLL (phase-locked loop) frequency synthesizer. The PLL frequency synthesizer is an oscillator that generates frequencies at a set ratio relative to the input signal. As such, this frequency possesses high stability, as it is not affected by external temperature or power fluctuations and is able to produce highly accurate frequency generation.

Applications of DSC1122CI2-148.3516T

The areas of applications for DSC1122CI2-148.3516T can range from communication to consumer electronic products. In particular, the oscillator has a wide range of applications for systems that require frequency accuracy and stability, such as in digital production systems, the aerospace and military industry, and garage door openers. In addition, the device can also be used in remote control devices, wireless devices, and in medical applications.

Working Principle of DSC1122CI2-148.3516T

The working principle of the DSC1122CI2-148.3516T is relatively simple. The oscillator utilizes a quartz crystal to generate a stable output signal. The quartz crystal is connected to two electrodes. When a voltage is applied to these electrodes, the quartz crystal will vibrate at a very specific and stable frequency that is determined by the thickness and size of the quartz crystal. This vibration is then amplified and further stabilized by the PLL frequency synthesizer.

In addition, the PLL frequency synthesizer can be programmed to generate a range of frequencies by changing the ratio of the input and output signal frequencies. This means that the DSC1122CI2-148.3516T can be used to generate a wide range of frequencies, which can be applied in different applications.

Advantages of DSC1122CI2-148.3516T

One of the main advantages of the DSC1122CI2-148.3516T is its high level of frequency stability and accuracy. Due to the utilization of both quartz crystals and a PLL frequency synthesizer, the device is able to maintain stable output frequencies without any external temperature or power fluctuation. This makes the device suitable for applications that require precise frequency control, such as those found in the aerospace, medical, and consumer electronic industry.

In addition, as the PLL frequency synthesizer can generate a wide range of frequencies, the unit supports a variety of applications. For instance, as mentioned, the device can be used in digital productions systems, remote control devices, wireless devices, and in medical applications.

Conclusion

To conclude, the DSC1122CI2-148.3516T oscillator is an ideal choice for applications that require accurate and stable frequencies. Thanks to its utilization of quartz crystals and a PLL frequency synthesizer, it can generate stable output frequencies regardless of changes in temperature or power fluctuations. As a result, it is suitable for a wide range of applications, from digital productions systems to wireless devices.

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