SIT8008AC-12-33E-13.560000E

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Oscillators are components that create a repetitive electronic signal, known as an oscillation, used to provide timing information or synchronization and signal-sampling reference. Among oscillators, SIT8008AC-12-33E-13.560000E is a common type.

The SIT8008AC-12-33E-13.560000E is powered by the coupling capacitor between the collector and the emitter. In this arrangement, the transistor is driven by the coupled self-excited resonance, being able to maintain its oscillation. It also provides the RF signal necessary for the transmission of the radio wave.

The SIT8008AC-12-33 which features frequencies from 18MHz to 42MHz, is widely used in the development of various types of radio wave communication products. First, it can be used to generate the reference clock required for establishing communication. Besides, it can also be used in radio-controlled vehicles, radio pagers and other spot transmission products. As such, it provides a precise reference clock for the various components within these products.

Moreover, the SIT8008AC-12-33E-13.560000E is volatile in nature, and has a simple circuit design and strong power output. It is also expensive, and its output power is able to reach up to 6dBm. Additionally, it has long-term stability, and its frequency stability is as high as 5~6 times that of the general quartz oscillator.

The SIT8008AC-12-33E-13.560000E works by providing long-term reliability, precision and low power consumption. It produces an RF signal based on the coupled self-excited resonance principle. The oscillation frequency generated is controlled by the resistance and capacitance of the coupling device and the transistor, ensuring that it remains standardized and operates efficiently.

In conclusion, SIT8008AC-12-33E-13.560000E oscillator is a highly reliable and precise device, which along with its wide application field and a simple circuit structure, makes it an ideal choice for various types of radio wave communication and transmission products. Moreover, its frequency stability and high output power make it suitable for numerous radio frequency transmission devices.

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