SIT9001AC-83-18S1-26.0000T

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Oscillators are electronic components that generate an alternating current, or a voltage, that fluctuates between two predetermined and stable states at a particular frequency. One such oscillator is the SIT9001AC-83-18S1-26.0000T, a high precision oscillator designed to suit a wide range of applications. This article will explain the application fields and working principles of this oscillator.

The SIT9001AC-83-18S1-26.0000T is designed to provide a stable frequency output over a wide range of applications; from clocks and timers, to microprocessors, transceivers and wireless communication systems. It has a high frequency resolution of 0.1 Hz, making it suitable for a variety of precision timing applications. The oscillator is also capable of operating over a wide temperature range, from -20 to +75 degrees Celsius, making it suitable for use in harsh industrial environments. Furthermore, the oscillator has a low shock and vibration threshold, making it an ideal choice for mobile applications and other high-reliability applications.

In terms of working principles, the SIT9001AC-83-18S1-26.0000T oscillator works by taking signal from two different points on a quartz crystal and then adjusting the voltage levels at the two points to create a balanced frequency. This frequency is then outputted to the external device or circuit. The crystal oscillator consists of a quartz crystal with two capacitors and a resistor connected in series. The capacitors and resistor help to determine the frequency of the outputted signal. The oscillator then adjusts the voltage levels between the two points in order to maintain a consistent output frequency. This frequency is then used by the external device or circuit for its desired purpose.

In conclusion, the SIT9001AC-83-18S1-26.0000T is an oscillator with a wide range of applications and suitable for harsh industrial environments. Its high frequency resolution, low shock and vibration thresholds, and wide temperature operability make it suitable for a wide variety of precision timing applications, microprocessors, transceivers, and wireless communication systems. In terms of working principles, the oscillator uses a combination of capacitors and a resistor connected in series to the quartz crystal. This allows it to adjust the voltage levels between the two points on the quartz crystal and thereby maintain a consistent output frequency.

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