SIT1602BC-13-33E-66.666660D

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Oscillators, like the particular component SIT1602BC-13-33E-666660D, are electronic devices which produce a repetitive and periodic signal. The signal generated is made up of two main types, sinusoidal and non-sinusoidal signals, depending on the circuitry used. Oscillators are used as signal generators, signal sources, and resonant circuits in almost all applications in industry, medicine, and aerospace related areas. The described component, SIT1602BC-13-33E-666660D, specifically belongs to the class of quartz crystal oscillators.Quartz crystal oscillators vary the applied frequency to the oscillator by changing the load capacitance of the quartz resonator. Quartz crystal oscillators have been widely used as frequency sources since their invention because they are simpler and cheaper when compared to other existing oscillator designs and operate with greater precision.The SIT1602BC-13-33E-666660D is a quartz crystal oscillator which is tuned to a specific frequency that is referenced to the calibration coefficient given in parts per million (ppm). The SIT1602BC-13-33E-666660D is designed to have a tuning range of -13 +/- 33ppm, for a total of 66ppm of adjustment. In order to do this, the quartz crystal is placed in a temperature controlled enclosure and the adjustment is made by way of a voltage tuning circuit. The enclosure of the SIT1602BC-13-33E-666660D is designed to keep the oscillator within a specified temperature range and also provides a high level of shock resistance and EMI shielding. The complete device also includes optional built-in temperature compensation circuitry, which helps to ensure that the oscillator remains within its specified frequency range regardless of environmental changes.The main application of the SIT1602BC-13-33E-666660D is as a frequency reference in precision timing or frequency control applications. This quartz crystal oscillator is mostly used in high-speed computer systems, data transmitters, and other similar applications. Moreover, the quartz crystal used in this oscillator is also specifically chosen for its low noise characteristics and high stability, so that it is suitable for use in precision time and frequency reference systems.The working principle behind an oscillator, including the SIT1602BC-13-33E-666660D, is the use of positive feedback in order to maintain a periodic oscillation. A positive feedback circuit is created in the oscillator by using an amplifier, phase shift networks, frequency selective components, and a resonant circuit. The output of the amplifier is connected to the input of the amplifier as a feedback loop, and when the output of the amplifier matches the input of the amplifier, a resonant oscillation is created. This oscillation is sustained by the feedback circuit which constantly amplifies the signal until it reaches its maximum amplitude. This type of feedback is what gives an oscillator its stability and accuracy.In conclusion, the SIT1602BC-13-33E-666660D quartz crystal oscillator is a precision frequency reference which is used for timing and frequency control in various applications. It is designed to provide a wide range of tuning capabilities and has a built-in temperature compensation feature. Furthermore, the working principle behind an oscillator is based on the use of positive feedback to create a stable and accurate signal.

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