SIT1602BCB13-33S-25.000000E

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Oscillators refer to certain circuits that have the ability to output regular waveforms, and the SIT1602BCB13-33S-25.000000E oscillators are no exception. This type of oscillator has a wide range of applications, including AC power transmission system frequency modulation and synchronization control, communication systems frequency control, a variety of frequency measurement, frequency signal source, precision instrumentation, test equipment and other applications.

The SIT1602BCB13-33S-25.000000E oscillator is a quartz clock oscillator with SMD welding type, which supports accurate frequency stability and precision. They feature low current consumption, reduce EMI, and high temperature stability, which make them ideal for SMD production. It is widely used in miniaturized consumer electronics, medical equipment, instrumentation, computer accessories, etc.

The working principle of SIT1602BCB13-33S-25.000000E oscillators is based on piezoelectric effect, in which a quartz crystal is used to generate a frequency by using a voltage, current, and frequency applied to it. The crystal vibrates at a certain frequency based on the external electric signal, and this vibration is used to control the oscillation frequency. The quartz crystal is an active piezoelectric material that can detect the applied voltage and permit its transistors to exchange electrons in order to produce the oscillations.

In the circuit, the quartz crystal builds a bridge between two transistors, and electric current passes through the bridge to open and close the transistors alternately. The electric current flow alternately between the state HIGH and LOW that drives the output signal. As the output signal has a certain frequency, it creates a test oscillation if the external resistance value is adjusted properly.

The main components of the SIT1602BCB13-33S-25.000000E oscillator circuit include the quartz crystal, two transistors, three resistors, one capacitor, and the output transistors. The quartz crystal is arguably the most important part of the circuit, as it is responsible for creating the output frequency. The frequency of oscillation is determined by the mass of the quartz crystal, and its size, which determines the capacitance and the resistance of the quartz crystal.

The two transistors will interact with each other, exchanging the electrons in order to produce the oscillations. The resistor will help to regulate the output frequency and the capacitor will help to further regulate the output current. The output from the circuit will determine the output frequency of the oscillator. The oscillator will self-adjust its frequency to stay within the predetermined output range.

In conclusion, the SIT1602BCB13-33S-25.000000E oscillators are a type of high-performance quartz clock oscillators with many advantages, including low current consumption, high temperature stability, and good frequency stability. It has a wide range of applications and its working principle is based on the piezoelectric effect, which means that a quartz crystal is used to generate frequency, and the frequency is regulated by the combination of components in the circuit.

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