SIT1602BC-32-30N-72.000000T

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Oscillators

SIT1602BC-32-30N-72.000000T oscillators are commonly used for radio, communication systems, and avionics. They produce precise and stable clock signals, and are often used as local oscillators in radio frequency (RF) receivers/transmitters. It is designed with active crystal or ceramic resonator, or even quartz crystal, and a power amplifier of low power consumption and high linearity.

Application Fields

SIT1602BC-32-30N-72.000000T oscillators can be used in a wide range of applications that require precise and high-performance clock signals, including transportation systems, medical systems, industrial control systems, telecommunications systems, radio frequency communication systems, and avionics systems. Applications such as high speed logic families, network/communication systems, process control equipment, and testing/measurement systems benefit from the SIT1602BC-32-30N-72.000000T oscillator’s high-speed, precision, and reliable output signal.

Working Principles

The SIT1602BC-32-30N-72.000000T oscillator works by amplifying the frequency of a signal-producing source. The signal producing source could be a crystal resonator, ceramic resonator, or quartz crystal. The frequency is amplified by a power amplifier that has low power consumption and high linearity. The signal output from the oscillator is highly accurate because of this amplification.

The power amplifier amplifies the signal to a level that is high enough to be used for various applications. The amplifier also takes into account the parameters of the crystal resonator, ceramic resonator, or quartz crystal and the desired signal output frequency. This ensures that the output signal has a precise frequency.

The frequency generated by the oscillator is highly stable and accurate due to the amplifying process. In addition, the oscillator produces a signal that does not have a large amount of phase noise or jitter. These advantages make it suitable for applications that require precise and reliable signals.

In conclusion, SIT1602BC-32-30N-72.000000T oscillators offer reliable and precise clock signals for various applications. They are especially useful in applications such as high-speed logic families, network/communication systems, process control equipment, and testing/measurement systems. The oscillators are capable of producing highly stable and accurate frequencies, and their phase noise or jitter is minimized by the amplification process.

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