SG3225EAN 212.500000M-KEGA3

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Oscillators: SG3225EAN 212.500000M-KEGA3 Application Field and Working Principle

Oscillators play a critical role in many applications including telecommunications, medical, industrial control, security and automotive technology. The SG3225EAN 212.500000M-KEGA3 oscillator is a type of oscillator specifically designed for high frequency, low phase noise and low power consumption.

The SG3225EAN 212.500000M-KEGA3 oscillator is a high frequency Oscillator that is used primarily in high frequency communication systems, such as cellular mobile phones, GPS, and Wi-Fi. This Oscillator operates at a frequency of 212.500000M and has a low phase noise of -118dBc/Hz @ 10KHz offset. It is also a low power consuming oscillator with a combined level of power consumption at 5-7 mA.

The Working Principle behind the SG3225EAN 212.500000M-KEGA3 Oscillator is the same as for any other oscillator. Essentially the oscillator is designed to generate a steady, high frequency sine wave signal from a low frequency input signal. This is achieved via an amplifier and a series of feedback loops. The amplifier generates an output signal which is fed through a series of feedback loops. These loops are designed to provide a constant and steady output signal, which in the case of the SG3225EAN 212.500000M-KEGA3 is 212.500000M.

Further, the low phase noise of the SG3225EAN 212.500000M-KEGA3 is made possible by the use of ceramic resonators and capacitors. These components help to reduce the Parasitic Elements that can cause phase noise in an oscillator. The output signal from the Oscillator is also filtered using a low pass filter to further reduce the phase noise.

As such, the SG3225EAN 212.500000M-KEGA3 oscillator is a High Frequency Oscillator designed for applications where low phase noise and low power consumption are required, such as in cellular mobile phones, GPS and Wi-Fi communications systems. Its working principle is based on the same principles as any other oscillator, and its low phase noise is made possible by the use of specifically designed components and filters, making it an ideal choice for a wide range of applications.

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