SIT1602BC-13-33E-37.500000D

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Introduction:

The SIT1602BC–13–33E–37.500000D Oscillator is a compact, temperature-stable, and high-reliability crystal oscillator. This crystal oscillator is designed to offer a cost-effective solution when stability and precision are needed, such as in a variety of industries where accuracy of timing is essential for the proper functioning of each device. The oscillator also offers an inexpensive alternative to more expensive precision oscillators with multiple features. The oscillator works on the quartz oscillator principle, which uses a quartz crystal as its active element. The quartz crystal vibrates at a certain frequency, depending on whether it is being cut and determined as low, medium, or high frequency.

Application Field:

The SIT1602BC–13–33E–37.500000D Oscillator has a broad range of applications. It can be used in a variety of industries where accuracy of timing is essential. For instance, it can be used in cell phones, digital cameras, modems, computer motherboards, and watches.

The oscillator can be used in the radio frequency communication (RF) industry because it has a frequency of 37.500000 MHz. In radio frequency communication, the oscillator is used to generate signal transmissions. The oscillator is also used in data communication applications such as satellite receivers, data acquisition systems, base stations, and WLAN radios.

The oscillator is widely used in the consumer audio/visual market, such as in DVD players and home receivers. It is used in the automotive industry, such as in GPS receivers, and in medical imaging machines to control and adjust frequencies.

Working Principle:

The working principle of the SIT1602BC–13–33E–37.500000D Oscillator is based on the quartz oscillator principle. A quartz crystal is used as the active element. The quartz crystal vibrates when an electric voltage is applied. The frequency of the oscillator depends on the quartz crystal’s cut angle, tension, and other factors.

When a voltage is applied to the quartz crystal, it begins to vibrate at its resonant frequency, which is determined by both the crystal and the voltage applied. The vibrations cause the crystal to vibrate at a predetermined frequency, which is determined by the cut angle of the crystal. The cut angle forms two plates which vibrate at the same frequency.

The output voltage of the oscillator is usually in the form of a sine wave. The frequency of the sine wave is determined by the quartz crystal. The oscillator produces a very stable frequency which is determined by the quartz crystal’s internal characteristics. As a result, it can provide an accurate frequency output.

Conclusion:

In summary, the SIT1602BC–13–33E–37.500000D Oscillator is a compact, temperature-stable and high-reliability crystal oscillator. It has a broad range of applications, from consumer audio/visual products to radio frequency communication and car navigation systems. It is based on the quartz oscillator principle, which uses a quartz crystal as its active element. The crystal vibrates when an electric voltage is applied, and the frequency of the oscillator is determined by the crystal’s cut angle, tension, and other factors. This oscillator offers an accurate frequency output that can be used in many industries where accuracy of timing is essential.

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