TG2016SBN 19.2000M-PCGNDM3 Crystals, Oscillators, Resonators

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Oscillators are electrical circuits capable of producing an output alternating waveform. The signal generated by an oscillator is often called an oscillating signal. The TG2016SBN 19.2000M-PCGNDM3 is an excellent example of a high-performance oscillator that has become increasingly popular for many applications. This article will discuss the application field and working principle of the TG2016SBN 19.2000M-PCGNDM3.

The TG2016SBN 19.2000M-PCGNDM3 is ideal for high-frequency applications such as mobile communication systems, digital broadcasting, and video imaging. The device features a low-jitter output of 1.2picoseconds and a very low distortion level of better than 49dB. It is a high-performance oscillator with a high operating temperature range of -40 to +105C. Its frequency range is 16.8 to 27.6MHz, and it is also capable of a frequency stability rating of +/-7.5ppm/yr. The device has a very low-noise output level, which makes it ideal for applications requiring a clean signal.

The working principle of the TG2016SBN 19.2000M-PCGNDM3 relies on a series of frequency adjustable capacitors. These capacitors are linked to one another, forming an LC circuit which is then connected directly to the oscillator\'s output. This LC circuit is tuned to the desired operating frequency, and the capacitors are adjusted to achieve the desired output frequency. As the capacitors are adjusted, the LC circuit amplifies the signal and produces an oscillating waveform at the desired frequency. The signal is then amplified by the oscillator, resulting in a high-quality output.

The TG2016SBN 19.2000M-PCGNDM3 is also equipped with a layout optimized for high-performance applications. It includes ground shielding to reduce noise, as well as a unique layout that minimizes component coupling. It also features a multi-stage protection circuit that enables the device to withstand power surges, over-voltage, and over-temperature conditions.

The TG2016SBN 19.2000M-PCGNDM3 oscillator offers superior performance, reliability, and accuracy, making it a preferred choice for a variety of applications. Its ability to generate consistent waveforms at a range of frequencies makes it ideal for digital broadcasting, mobile communication systems, and video imaging. Its wide operating temperature range and low-noise output level make it highly efficient in these applications. Lastly, its layout optimization and noise shielding capabilities make it even more attractive for high-performance applications.

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