SIT1602BC-21-28E-28.636300G

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Oscillators are electrical circuits that produce periodic, repetitive signals. Among them, SIT1602BC-21-28E-28.636300G oscillators are commonly used in various areas. This article will explain its application fields and working principles.

SIT1602BC-21-28E-28.636300G oscillator is a type of small signal and medium frequency ceramic filter. It is particularly suitable for differential clock series, A-B line clock, low power hand-held device and various image processors. The oscillator is of low voltage and is equipped with an efficient startup circuit, good temperature stability, small jitter, and high output characteristics. It is characterized by low power consumption, high performance, high reliability and cost-effectiveness.

The application fields of SIT1602BC-21-28E-28.636300G oscillator range from medical to automotive, from communications to home electronics. In medical applications, it can be used to synthesize signals, such as cardiac signals, for monitoring and diagnosis. In automobiles, it can be used for engine control and stability control. In communications, it is often used as a frequency synthesizer or as an HD audio signal source. In home electronics, it can be used for TVs, radios, and other audio-video equipment.

The working principle of SIT1602BC-21-28E-28.636300G oscillator is based on the oscillator circuit. This circuit consists of an amplifier and an oscillator which can supply an oscillating output. The amplifier drives an active element and the oscillator is driven by the active element, generating an oscillating signal. The oscillation is then stabilized by a feedback loop, where the feedback signal is phase-locked with the output signal. The stabilized output signal is then regulated by frequency-dependent networks, resulting in an oscillation of a particular frequency. Thus, the oscillation can be controlled by the frequency-dependent network.

In summary, SIT1602BC-21-28E-28.636300G oscillators are low voltage, low power consumption and high performance devices, which can be used in many fields from medical to automotive, and from communications to home electronics. Their working principle is based on an oscillator circuit, which is stabilized by a feedback loop and regulated by frequency-dependent networks.

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