NT2016SA-26.000000MHZ-NBG2

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Oscillators are an essential part of any electronic device. This is because they are responsible for generating a variety of signals, from basic audio to complex waveforms, in order to make the most out of any device. The NT2016SA-26.000000MHz-NBG2 is a type of oscillator that is specifically designed for applications that require high performance and stability. This article will discuss the application field and working principle of this oscillator.

Application Field

The NT2016SA-26.000000MHz-NBG2 is an ultra-high-performance oscillator, designed for use in complex applications that require precision and stability. It is particularly suited to applications such as radio communications, mobile phones, microwave systems, digital imaging, cellular networks, navigation systems, and GPS receivers. This is because it is highly reliable and stable, even in the presence of noise or interference. It can also maintain its frequency accuracy even in extreme temperatures, allowing it to be used for applications that require high performance in a wide range of environments.

Working Principle

The NT2016SA-26.000000MHz-NBG2 oscillator works by utilizing a Piezoelectric Quartz Crystal as its resonant element. The quartz crystal is supplied with a direct current, which excites it and causes it to vibrate at a specific frequency, typically 26.000000MHz. This vibration frequency is then transformed into an electrical signal, which is the oscillating signal generated by the oscillator. The output frequency is accurately maintained through the use of a feedback loop and crystal internal resistance. This feedback maintains the accuracy and makes it possible for the oscillator to maintain a high performance over a long period of time.

Conclusion

The NT2016SA-26.000000MHz-NBG2 is a highly reliable and stable oscillator that is designed for use in complex applications. It utilizes a Piezoelectric Quartz Crystal as its resonant element, supplied with a direct current, which excites it and causes it to vibrate at a specific frequency. A feedback loop is used to ensure accuracy and maintain a high performance over a long period of time. This makes it an ideal oscillator for applications such as radio communications, mobile phones, microwave systems, digital imaging, cellular networks, navigation systems, and GPS receivers.

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