TG2016SBN 28.9740M-TCGNBM0

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Oscillators are electronic components that can generate a steady and continuous signal. The TG2016SBN 28.9740M-TCGNBM0 is one such oscillator. It is a 4-pin quartz crystal oscillator used in various applications. In this article, we will discuss its application fields and its working principle.

Application Field

The TG2016SBN 28.9740M-TCGNBM0 is highly versatile and can be used in either surface-mount or through-hole form for various applications. It is most commonly used in rate and time-keeping operations as the steadily sweeping signal allows accurate frequency measurement from various external sources. It is also used in various low power audio circuits such as radio and television circuitry, headsets and mobile phones. It is also used in automotive and industrial motion control systems.

The TG2016SBN 28.9740M-TCGNBM0 can also be used in communications networks like cellular telecommunication standards, Wi-Fi and Bluetooth networks. It is used to provide the frequency accuracy as these networks use very narrow bandwidths and continual high-speed communication is essential for their smooth operation.

Working Principle

The TG2016SBN 28.9740M-TCGNBM0 is based on a quartz crystal which is composed of a piezoelectric material that vibrates at a precise frequency when an AC signal passes through it. The crystal is enclosed in a package and connected to two electrodes which receive and transmit the oscillating electrical current. The package also contains two capacitors which are used to tune the frequency of the signal.

The frequency of the signal is also affected by temperature. As such, the TG2016SBN 28.9740M-TCGNBM0 contains a temperature control system to ensure a consistent frequency output. The temperature control system includes a precision thermal shutoff switch and a thermoelectric heat sinking element which helps to maintain the crystal at a constant temperature.

When the crystal is propelled by an oscillating electrical current, it generates an electrical field which is used to generate the desired frequency for various applications. The frequency can be tuned to a precise value using the capacitors. The frequency is also dependant on the type of crystal used and thus the crystal is carefully selected to ensure accuracy.

In addition, the TG2016SBN 28.9740M-TCGNBM0 also contains a built-in amplifier to increase the amplitude of the frequency signal. This amplification ensures a larger signal which can be easily detected and measured by external sources. The amplifier also helps increase the efficiency of the oscillator.

Conclusion

Overall, the TG2016SBN 28.9740M-TCGNBM0 is an oscillator with many uses in various applications such as rate and time-keeping operations, communication networks, low-power audio circuits and automotive and industrial motion control systems. Its working principle is based on a quartz crystal enclosed in a package with two capacitors and a temperature control system to ensure a steady and accurate frequency signal. The built-in amplifier also helps increase the signal amplitude for better detection and measurement.

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