ASVTX-09-19.200MHZ-T

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Oscillators

ASVTX-09-19.200MHZ-T is one of the oscillators used in various analog and digital applications. It is important to understand the application field and working principle of this type of oscillator for industrial and scientific usages.

Application Field

ASVTX-09-19.200MHZ-T is a fundamental crystal unit having the range of 9 – 19.200 MHZ and operating temperature of -10 to +70 degree centigrade. It is used in cell phone, radio receiver, ULF to MF range, digital power supply and interface circuit. Moreover, this type of oscillator is an ideal choice for frequency control circuit of general-purpose electronic equipment, temperature and humidity sensors etc.

Working Principle

The ASVTX-09-19.200MHZ-T oscillator works by generating oscillations in an electrical circuit and then amplifying it to provide the desired frequencies. The oscillator circuit consists of an amplifier and a container filled with metal balls. The amplifier causes the metal balls to vibrate and generate a high frequency electric field. The electric field induces an oscillation in the electrical circuit. The size of the container and the intensity of the electrical field determine the frequency of the oscillation.

The amplifier is typically located outside of the oscillator circuit and connected to it with a wire. At each end of the wire, the amplifier is subjected to an equal, but opposite charge. This creates an electric field inside the oscillator circuit which causes the metal balls to vibrate. As the metal balls vibrate, they generate an alternating electric current which flows back to the amplifier. The amplifier then amplifies the alternating electric current to provide the desired frequency.

The oscillator circuit has two modes of operation; one in which the amplifier is connected to a low frequency circuit and the other in which the amplifier is connected to a high frequency circuit. In the low frequency mode, the amplifier is subjected to an AC voltage, which causes the oscillator circuit to vibrate at low frequencies. In the high frequency mode, the amplifier is subjected to a DC voltage which causes the oscillator circuit to vibrate at high frequencies.

The frequency of the oscillations can be adjusted by changing the size of the container, the intensity of the electric field, and the voltage applied to the amplifier. This makes the ASVTX-09-19.200MHZ-T oscillator a highly versatile and reliable device for many industrial and scientific applications.

Conclusion

ASVTX-09-19.200MHZ-T is an important oscillator used in a variety of electronic and scientific applications. It works by generating oscillations in an electrical circuit and then amplifying them to provide the desired frequencies. The frequency of the oscillations can be controlled by adjusting the size of the container, the intensity of the electric field, and the voltage applied to the amplifier. This makes the ASVTX-09-19.200MHZ-T a reliable and versatile device for many industrial and scientific uses.

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