SIT8008BI-21-33E-16.384000G

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Oscillators

An oscillator is an electronic component or circuit capable of producing a repetitive or alternating waveform. Oscillators act as control elements in a variety of systems. It can be used to provide clocking signals in digital electronics. Oscillators also provide precise frequency reference for radio receivers. This article will review the application field and working principle of SIT8008BI-21-33E-16.384000G Oscillator.

Application field

The SIT8008BI-21-33E-16.384000G Oscillator is capable of producing a high frequency output up to 16.384000G. It is widely used in microwave and millimeter-wave applications, cellular base stations, VSAT satellite TV broadcast systems, GB Ethernet access devices, medical equipment and military communication/radar systems. The crystal oscillator has a narrow frequency range and provides high stability with good aging characteristics.

Working principle

The SIT8008BI-21-33E-16.384000G Oscillator incorporates a quartz crystal element which is a naturally occurring element that vibrates at a very consistent frequency. The crystal element is placed between two electrodes that then allow the oscillator to generate a consistent frequency. The oscillator is provided current and the individual electrons that make up the current vibrate between the two electrodes. The current then creates an electric field whose frequency matches that of the quartz crystal. This is then amplified and regulated to create the desired output frequency. This oscillator is built with a high quality quartz crystal element and utilizes cutting-edge temperature compensation techniques to ensure accurate performance and stability over a wide temperature range.

Oscillators have a variety of applications including radio receivers, clocking signals for digital electronics, and other precision timing tasks. The SIT8008BI-21-33E-16.384000G Oscillator is a crystal oscillator designed to provide a high frequency output up to 16.384000G. This oscillator facilitates precise frequency reference for radio receivers and cellular base stations as well as VSAT satellite TV broadcast systems, GB Ethernet access devices, medical equipment and military communication/radar systems. The quartz crystal element works by vibrating electrons between two electrodes to generate a consistent frequency output while temperature compensation techniques are also utilized to ensure accurate performance and stability over a wide temperature range.

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