SG3225VAN 400.000000M-KEGA3

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Oscillators are electronic circuits that produce a continuous periodic alternating waveform. The SG3225VAN 400.000000M-KEGA3 is an oscillator used in various applications in which a stable, continuous, periodic waveform is required. Generally comprised of a quartz crystal resonator, the SG3225VAN 400.000000M-KEGA3 oscillator works by generating an electrical signal through an alternating current (AC) whose frequency is proportional to the frequency of the quartz crystal. This cycle is then amplified and re-transmitted in a regulated, periodic waveform.

The SG3225VAN 400.000000M-KEGA3 oscillator is suitable for intermediate-frequency and radio-frequency signal applications. Its frequency range is between 535 KHz and 5.4 MHz. For applications like radio transmitters and receivers, FM modulation, television receivers, and radio broadcasting, this oscillator has a higher side-band suppression and less harmonic intermodulation than other types. This makes it an ideal choice for applications that need a wide frequency range with little or no distortion.

The oscillator is also particularly suitable for pulse code modulation (PCM) systems. In PCM, the analog signal is sampled, digitized, and then transmitted in a digital form over communication links. The SG3225VAN 400.000000M-KEGA3 oscillator can provide the precise and stable outputs needed to ensure accurate sampling and digitization of the signal.

The SG3225VAN 400.000000M-KEGA3 oscillator also has a wide temperature range, ranging from -20°C to 70°C, as well as a high-precision frequency stability (-50ppm~-100ppm). This makes the oscillator highly reliable in harsh and changing environmental conditions, making it a great choice for many applications.

In summary, the SG3225VAN 400.000000M-KEGA3 oscillator is an ideal choice for many applications, such as radio transmitters and receivers, FM modulation, television receivers, radio broadcasting, and pulse code modulation systems. It has a wide frequency range and excellent temperature stability, making it an ideal choice for stability-critical applications.

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