SIT1602BC-82-25N-14.000000T

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Oscillators are electronic devices that work by generating periodic electronic signals. The SIT1602BC‑82‑25N‑14.000000T oscillator is a quartz crystal oscillator that functions by using quartz wafers to generate an oscillation frequency. The oscillator is used in various applications, most notably in computers, telecommunications, and precision timing. The SIT1602BC‑82‑25N‑14.000000T oscillator is designed to deliver maximum accuracy when long-term stability is important.

The SIT1602BC‑82‑25N‑14.000000T oscillator is an AT-cut quartz crystal and designed to operate within a range of 16MHz to 20MHz. The oscillation frequency is based on the thickness and length of the quartz wafer, its cut angle, and the shape of its electrodes. The frequency is determined by a specific combination of quartz wafer characteristics, such as the thickness, free length, and geometry of the quartz plate. The size of the quartz wafer is also a factor. Smaller wafers enable higher frequency.

The SIT1602BC‑82‑25N‑14.000000T oscillator is typically used in applications where precision timing is essential, such as computer networking, telecommunications, and medical systems. It is also used in car navigation systems and precision motors or switches. It can also be used in military equipment and commercial enterprises that require highly accurate and reliable timing. In addition, the SIT1602BC‑82‑25N‑14.000000T oscillator is ideal for use in GPS systems, where precise timing is needed in order to accurately identify the location of a person or device.

The oscillator works by converting an input signal from a battery, such as an alternating current electrical signal, to an oscillation frequency which is dependent upon the thick and cut of the quartz wafer. The quartz wafer is placed in the oscillator and connected to an electrical source, such as a battery. When an electrical signal is applied to the quartz wafer, its shape will change due to the piezoelectric effect. This, in turn, causes the oscillation frequency to be generated, which can then be used in a variety of applications.

The SIT1602BC‑82‑25N‑14.000000T oscillator has an excellent frequency stability, which is important in applications that require accuracy and reliability. This is because the oscillation frequency is generated by the quartz wafer, which will maintain its frequency regardless of changes in temperature or other environmental factors. In addition, the oscillator has a low noise output, ensuring that it will not interfere with other signals. Finally, the device is designed to be energy efficient, consuming minimal power while still providing accurate and reliable oscillation.

The SIT1602BC‑82‑25N‑14.000000T oscillator is highly reliable and capable of maintaining its frequency regardless of environmental changes. This makes it ideal for applications that require precision timing and long-term stability. It can also be used in a variety of other applications, such as computers, telecommunications, and navigation systems, ensuring accuracy and reliability. With its low power consumption and excellent frequency stability, the SIT1602BC‑82‑25N‑14.000000T oscillator is an ideal choice for any application that requires precision timing.

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