FC3BACBDI16.0-T3

Crystals is particularly important and plays a key role in the electronic industry. One of crystals’ specific application fields is within the field of FC3BACBDI16.0-T3, which uses a variety of crystals to create and manage oscillatory signals. This essay will investigate the application of FC3BACBDI16.0-T3, primarily discussing its working principle and its application field.

FC3BACBDI16.0-T3 Working Principle

FC3BACBDI16.0-T3 adopts three-pin quartz crystal oscillator structure and uses the influence of mechanical resonance ratio on crystal vibration frequency as the basic principle of oscillation. Its oscillation circuit is composed of quartz crystal, capacitor and resistor as shown in the schematic diagram below. An oscillation voltage is applied to the quartz crystal between the two electrodes then the crystal behaves like a mechanical spring under the influence of this voltage and begins to vibrate at its natural resonant frequency. The generated alternating current flows back to the electric source, amplifying the drive voltage and providing feedback, thus forming sustained oscillation.

The typical frequency generated by an FC3BACBDI16.0-T3 device is 16MHz, and can be changed with capacitive and resistive load value, which explains its wide application field. It is capable of producing consistent oscillations with a very low power consumption of about 5mW.

FC3BACBDI16.0-T3 Application Field

The 16MHz frequency produced by the FC3BACBDI16.0-T3 oscillator has wide applications. As the bandwidth of radio wave is proportional to oscillation frequency, this frequency is especially suitable for wireless communication. It also offers low cost, low power consumption and fast synchronization features. In addition, it is valuable in the television systems, clock synthesizers and timing operations area.

In addition to that, FC3BACBDI16.0-T3 is found in various medical applications. Its ability to generate a consistent 16MHz oscillatory signal allows it to be used as an interface in various imaging systems such as ultrasonic imaging, computed tomography(CT) scans, magnetic resonance imaging (MRI) scans. This device can also aid in controlling exact timing mechanisms required for such functions.

FC3BACBDI16.0-T3 is also used in waveform generation and signal diving. The maximum frequency produced by this oscillator is 16MHz, which makes it suitable for the high frequency applications such as analog signal analysis. It is extremely effective in the development of digital circuits, and can be used to help generate specific waveforms to test the accuracy of the circuits.

To sum up, FC3BACBDI16.0-T3 is an extremely versatile crystal used in a wide variety of applications across industry, particularly in the fields of radio communications, television systems, imaging systems, signal analysis, signal generation and more.