SIT8008AC-13-18S-4.915200E

Oscillators are the electronic components that are able to generate periodic oscillations of some particular wavelengths and frequencies. They are key components of many modern devices and have wide application fields. SIT8008AC-13-18S-4.915200E is one of the oscillators and has wide application fields and well-established working principle.The SIT8008AC-13-18S-4.915200E is designed for spread spectrum clock generation and has been primarily used in the industrial, communications and instrumentation fields. It is a high-performance, low-cost oscillator with excellent frequency stability. The typical frequency of the oscillator is 4.915200 MHz +/-25 ppm. It also features high-speed switching (10nS) and wide operating temperature range to endure harsh environment. Therefore, this type of oscillator is popular among engineers who require superior performance and reliability.The industry standard for SIT8008AC-13-18S-4.915200E operating voltage is 3.3V and 5V. Additionally, its low insertion loss provides high performance when testing through automation test systems. The output of the oscillator is available in a variety of levels dependent on the user frequency needs. All the outputs enable excellent performance, including CMOS, Load High/Low, and LVDS/LVPECL.The working principle of the SIT8008AC-13-18S-4.915200E oscillator relies on a combination of physical and electronic principles. At the most basic level, the oscillator works by converting electrical energy into mechanical energy through a wire coil, in much the same way as a loudspeaker would. The mechanical energy is then converted back into electrical energy once it reaches a certain frequency. The frequency is determined by an oscillating crystal, which is a piece of crystal that vibrates at a specific frequency. The output signal from the oscillator is then amplitude-modulated to ensure accurate and stable frequency at the output.In conclusion, the SIT8008AC-13-18S-4.915200E oscillator is a perfect example of an oscillator with excellent features, performance, and reliability. It is well-suited for a variety of applications in the industrial, communications, and instrumentation fields. The oscillator’s working principle is simple yet reliable, allowing it to provide superior output signals.

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