SIT9003AC-13-33EQ-24.00000Y

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Oscillators are components used in electrical circuits to generate repetitive waveforms. They generally come in two major types: analog and digital oscillators. The type of oscillator depends on the application and the frequency of operation. SIT9003AC-13-33EQ-24.00000Y is a type of analog oscillator.

It is a quartz crystal oscillator designed for professional grade performance, stability and reliability. SIT9003AC-13-33EQ-24.00000Y is suitable for radio broadcasting and other frequency-critical applications. The oscillator is designed for low current consumption and wide tolerance range. It features a frequency range of 13.00 MHz to 24.00 MHz with a frequency tolerance 0.5 ppm, stability of 0.3 ppm, quartz stability of 1.0ppm, and current consumption of 0.2 mA.

The working principle of the SIT9003AC-13-33EQ-24.00000Y oscillator is based on the vibration of a quartz crystal. Crystals are made from a sandwich of two pieces of quartz, cut in such a way that the outer surfaces vibrate at the same frequency when electrically stimulated. This electrical stimulation is provided by applying a voltage to the crystal, which causes mechanical deformation of the quartz crystals. The vibration of the quartz slices can be detected as alternating current by a tuning coil.

The application of quartz crystal oscillators is far-reaching. This type of oscillator is found in radios, TV sets, smartphones, watches, audio devices, medical equipment, and a variety of other electronics. Moreover, with its frequency range of 13.00 MHz to 24.00 MHz, the SIT9003AC-13-33EQ-24.00000Y oscillator can be used in a variety of applications such as radio broadcasting, instrumentation, and military applications.

In summary, SIT9003AC-13-33EQ-24.00000Y is a type of analog quartz crystal oscillator. Its frequency range of 13.00 MHz to 24.00 MHz and frequency tolerance of 0.5 ppm make it suitable for radio broadcasting and other frequency-critical applications. Its working principle is based on the vibration of quartz crystal slices caused by the application of a voltage. The oscillator is widely used in various electronics such as radios, TVs, smartphones, watches, and medical devices.

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