SIT3822AI-1D2-33EB491.520000T

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Oscillators are systems which generate a periodic or oscillating signal of a particular form. An oscillator may be part of a larger system, such as a computer or a radio, or it may be an independent subsystem. Oscillators can also be used for timing, frequency control, and voltage or current regulation. SIT3822AI-1D2-33EB491.520000T is an applicable example of an oscillator.

SIT3822AI-1D2-33EB491.520000T is a stabled oscillator with low current consumption, low jitter and wide operating temperature. It features an accuracy of within ±200 ppm at 0.5 ppm/year aging rate. It is available in SSOP-28 package and the operating temperature range is between -40°C and 85°C. This oscillator utilizes the resonator as an active component and requires a few external capacitors for filtering and shaping the output signal.

SIT3822AI-1D2-33EB491.520000T works by setting up transient oscillations in the resonator and by modulating the voltage applied to the resonator (or crystal) to control the frequency of the oscillator. The frequency is determined by the natural frequency of the resonator as well as by the applied voltage modulation. The voltage modulation is used to tune the frequency to a desired level, and the resonator is used to maintain the oscillations. The output signal is the same as the input signal, but with a constant frequency and amplitude.

The main application fields of SIT3822AI-1D2-33EB491.520000T are portable electronic devices, computing, network, and telecom equipment, industrial, medical, and IT products. This oscillator is mostly used in quartz crystal oscillators, resonators, standby clock circuits, time base circuits, frequency multipliers and dividers, and other various frequency-control circuits.

In summary, SIT3822AI-1D2-33EB491.520000T is an oscillator which utilizes the resonator as an active component and requires a few external capacitors for filtering and shaping the output signal. It works by setting up transient oscillations in the resonator and by modulating the voltage applied to the resonator to control the frequency of the oscillator.The main application fields of this oscillator are portable electronic devices, computing, network, and telecom equipment, industrial, medical, and IT products.

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