7L-16.367667MBS-T

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Oscillators

Oscillators are circuits that rely on their feedback loops to generate repeating waveforms, as an audio signal and a timing signal for communications.

As one of the most important oscillator gadgets, 7L-16.367667MBS-T (7L-16) has been greatly improving the production and the application of electronic components. It is a low-noise Quartz crystal oscillator used in frequency control and data storage applications.

Application Field of 7L-16

7L-16 oscillator utilizes all optical crystal molding technology and has vibration-proof and shock-proof features. It is widely used in electronic instruments, radio, communications and other applications. It also plays a vital role in precise timing circuits and various types of instrumentation, such as frequency control, frequency synthesis, medical equipment, computers, etc.

Besides, 7L-16 is widely used in different communication systems, like wireless mobile phones, 8B/T10 transmission systems, data processing systems, TDMA or support systems, FTTH optical network, cable TV, routers, ADSL modem, ADSL2+ modem, and mobile WiMAX, for it can withstand high power density and electromagnetic interference.

Working Principle of 7L-16

The fundamental working principle of 7L-16 oscillator is based on the capacity effect of the quartz crystal vibration. It has an internal quartz crystal-operated oscillating circuit. 7L-16 utilizes an oscillating circuit made up of a capacitive crystal and two transistors.

When the circuit is powered, the crystal oscillator will start to apply a periodic current, which will cause the crystal to oscillate. The crystal\'s oscillations, consisting of mechanical vibrations, are transferred to electric oscillations in the circuit. As the transistor\'s output voltage is an amplified version of the oscillations, it swings above and below the gate\'s voltage to the maximum amplitude, producing a repetitive electronic signal in the form of a waveform.

7L-16 oscillator produces very stable and low-noise oscillation waveforms with low power consumption, which makes it optimal for many communication systems. As its frequency is accurately determined by its internal components, the waveforms it produces can be easily used for various purposes. Furthermore, its shock-resistant and high temperature stability features make it suitable for harsh industrial environments.

Conclusion

7L-16 is a widely used quartz crystal oscillator due to its low-noise and stability features. It finds its applications in various frequency control and data storage applications, such as wireless mobile phones, 8B/T10 transmission systems, data processing systems and TDMA or support systems. It can also be used as a timing signal for various instrumentations and is shock-resistant and has high temperature stability, which allows it to be used in harsh industrial environments.

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