SIT8208AC-83-18E-16.368000X

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Oscillators are electronic circuits that generate a periodic waveform, usually sinusoidal, at various frequencies. This waveform can be used to provide timing signals, to determine a frequency reference, or for a variety of other purposes. The SIT8208AC-83-18E-16.368000X oscillator is one popular choice for any timing or frequency reference need.

This oscillator is a quartz oscillator with a 16.368 MHz center frequency. Its performance is characterized by a few key specs, such as accuracy of ±10 ppm, stability of ±50 ppm, frequency range of 10K to 27MHz, and duty cycle of 40/60. Additionally, it features a low profile of only 10.2mm in height, which can help save space when implementing it in a particular system.

The most common application of this oscillator is for providing frequency references for microprocessors and other digital systems. It can also be used in frequency synthesizers, which can use multiple oscillators to generate a variety of frequencies, thus providing flexibility for different uses. Additionally, the oscillator can be used to generate the timing signals for communication systems, such as a cable TV system, or other digital systems.

The working principle of this oscillator is based on the piezoelectric effect; a quartz crystal can vibrate when alternating voltage is applied across it. This vibrating frequency can be used to generate a stable and reliable frequency reference. This oscillator uses a voltage-controlled oscillator (VCO) to stabilize the frequency, and then adjusts the voltage with a voltage-controlled vari-capacitor (VCVC). This ensures that the frequency remains stable and accurate over the operating temperature range and optimizes the power efficiency.

The SIT8208AC-83-18E-16.368000X oscillator provides a stable and reliable frequency reference at 16.368MHz and is widely used in different applications. It can be used for microprocessor systems, frequency synthesizers, and communication systems, providing accurate and stable clock signals for various applications. Furthermore, it has a low profile architecture, low power consumption, and various temperature ranges that optimize its application range. Overall, this oscillator is an ideal choice for any timing or frequency reference need.

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