TG2016SBN 16.0000M-MCGNEM0

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Oscillators are components used to generate repeating waveforms at a predefined frequency. One such oscillator is the TG2016SBN 16.0000M-MCGNEM0. This device conducts unstable operation to enable various kinds of waveform generation for a variety of applications. This article explores the application field for the TG2016SBN 16.0000M-MCGNEM0 as well as its working principle.

Application Field

The TG2016SBN 16.0000M-MCGNEM0 oscillator has a multi-function feature, meaning it is suitable for use in a wide range of applications. These include applications requiring high precision ultra high frequency operation such as radio systems, while low power devices require low frequency operation.

The TG2016SBN 16.0000M-MCGNEM0 is also suitable for any type of application in which a stable output is required. These include data communication system applications where precision output is essential. In addition, the oscillator can be used in the tuning circuit of a Digital Video Broadcasting (DVB) system, or as the main clock source in automobiles or any other audio-video equipment.

Because of its ability to generate different waveforms such as triangular, square, modified sine wave (MSW), offset sine wave (OSW) and saw tooth wave, the TG2016SBN 16.0000M-MCGNEM0 oscillator is also applicable for general electronic test equipment, medical equipment, instruments, communicators, control systems and any other application requiring the generation of different waveforms.

Working Principle

The TG2016SBN 16.0000M-MCGNEM0 oscillator is a low power oscillator that produces stable output signal and modulation waveform. The working principle of the TG2016SBN 16.0000M-MCGNEM0 consists of operating drift technique and accompanied electric frequency technique.

The operational drift technique provides an inner frequency signal from the oscillator’s internal oscillator circuit which is fed into the operational drift circuit. This circuit makes certain that the output signal’s frequency stays within a specific range. The accompanied electric frequency technique is used to provide a stable output frequency platform independent from the quality of external components and the ambient temperature.

The oscillator utilizes the accompanied electric frequency technique to adjust the output frequency through comparison between the internal oscillator signal and the reference voltage. By properly controlling the resistance or capacitance of the oscillator frequency controlling circuit, the output signal can be adjusted so the output frequency remains within the specified range.

In order to maintain the output accuracy, a VCO (voltage-controlled oscillator) is used along with a PLL (phase-locked loop) in the TG2016SBN 16.0000M-MCGNEM0 oscillator. The VCO generates a frequency signal and the PLL compares it with the reference signal and adjusts the frequency output accordingly. In this way, the output frequency remains within tolerance even when the external temperature or component quality changes.

Conclusion

The TG2016SBN 16.0000M-MCGNEM0 is a low power oscillator that is suitable for a wide variety of applications requiring a stable signal or modulation waveform. The oscillator utilizes the operational drift technique and accompanied electric frequency technique to ensure the output signal remains within specified tolerance. The device can be used in radio systems, medical equipment, instruments, communicators, control systems or any other application where precision output is required.

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