SIT1618BA-13-33E-25.000000E

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Overview

SIT1618BA-13-33E-25.000000E oscillators are microcoupler-based devices that provide continuous electrical oscillations in a given frequency range over a wide temperature range. They are used in many applications, including communications, consumer electronics, automotive electronics, aviation electronics, military electronics, and medical electronics.

Application field

SIT1618BA-13-33E-25.000000E oscillators are used in various fields. In the communications fields, it is used in cellular phones and satellites for signal synchronization and modulation. In the consumer electronics field, due to its high-level of stability, it is widely used as timing elements in various products such as DVD players, digital TVs, and gaming consoles.In the automotive electronics field, the device is being widely implemented to control the timing of various systems, such as in on-board computers, automatic transmission systems, and airbags. It is also used in the aviation and military electronics fields as a frequency source in radio communication systems. Additionally, in the medical electronics field, the oscillator is being used to synchronize pacemakers.

Working principle

The basic principle behind the SIT1618BA-13-33E-25.000000E oscillators is the use of a microcoupler, which is a device that consists of an active device, such as a transistor, coupled with a passive device, such as a capacitor. The microcoupler is connected in a suitable circuit that produces electrical oscillations. The frequency of the oscillations depends on the type, size, and configuration of the transistor and capacitor, and can be adjusted by changing their component values. The oscillation amplitude can be controlled via feedback, so that it reaches the desired value. The SIT1618BA-13-33E-25.000000E oscillators operate optimally in a wide temperature range, and have a high frequency stability over time.

Conclusion

In conclusion, the SIT1618BA-13-33E-25.000000E oscillators are microcoupler-based devices that provide continuous electrical oscillations in a given frequency range over a wide temperature range. They are utilized in various applications, including communications, consumer electronics, automotive electronics, aviation electronics, military electronics, and medical electronics. The basic principle behind the oscillators is the use of a microcoupler, which produces the desired oscillations. The frequency and amplitude of the oscillations can be adjusted, and the device is highly stable over a wide temperature range.

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