SIT1602BI-11-18N-4.000000D

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Oscillators

SIT1602BI-11-18N-4.000000D is a type of oscillators with high performance and wide application field in different areas. The oscillators are mainly used as high-frequency carrier signal source in high-speed communication system.

The oscillators own a low phase noise, high frequency stability, excellent temperature stability and ultra-low jitter which makes them ideal components for many communication systems. They can be used in digital transmission systems, base station systems, microwave communication systems, satellite communication systems, data/voice transmission systems, telephone systems and computer networks.

The working principle of SIT1602BI-11-18N-4.000000D oscillators mainly depends on the crystal resonator in the oscillators. The crystal resonator consists of a quartz crystal and two electrodes made of metal. The electrodes are attached to the opposite side of the crystal to form an electrical bridge. By applying a high frequency current across the crystal, it produces the desired frequency.

When the crystal vibrates at its resonant frequency due to applied electrical signal, the electrons on the electrodes vibrate at the same frequency. This creates an alternating current across the oscillator so that the oscillator can produce the desired output frequency. The frequency of the output signal is precisely controlled by the size of the crystal.

The oscillator also contains an electronic circuit with an amplifier, feedback network and a voltage controller. The amplifier amplifies the signal from the crystal and the feedback network allows the circuit to oscillate at the same frequency as the resonator. The voltage controller makes sure the output waveform stays constant and can be adjusted by changing the voltage.

SIT1602BI-11-18N-4.000000D oscillator is a type of high performance oscillator with wide application field in the communication industry. The oscillator employs a crystal resonator and an electronic circuit to produce stable output signal with low phase noise, high frequency stability, excellent temperature stability and ultra-low jitter which makes them ideal components for many communication systems.

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