SG5032CAN 9.830400M-TJGAB

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Oscillators are important instrument function generators that vary the frequency and number of the alternating current signals. With these devices, people can construct electrical waves for radio, television, and lab experiments. The SG5032CAN 9.830400M-TJGAB oscillator is one such device used for signal sources and communication systems.

It is a type of heterodyne oscillator that is self-controlled with a quartz crystal. The frequency of this oscillator is determined by the characteristics of the quartz crystals and the external inductance. It has a maximum output voltage of 0.9 Vpp within a power range of 9.8 – 10 MHz and features high stability, low power consumption, and temperature compensation. Additionally, the size of the SG5032CAN oscillator is not much bigger than that of the quartz crystal and can be integrated into smaller applications as well.

The principle of the oscillator is based on a voltage-controlled oscillator (VCO) with a quartz crystal set as the varying factor. When the crystal is exposed to an external voltage, the vibration frequency of the crystal will be tuned to a lower or higher frequency depending on the direction of the voltage change. This change in crystal vibration frequency is then fed back into the VCO causing it to oscillate at a specified frequency determined by the external voltage.

The SG5032CAN 9.830400M-TJGAB oscillator is mainly used for signal sources and communication systems in areas such as GPS, antennas, metering systems, and industrial instrumentation. Since a quartz crystal tunes a set frequency, the oscillator is ideal for applications that require a precise and consistent frequency source. It can also be used in automotive and aerospace applications as its temperature compensation feature ensures that the device can retain its performance in extreme temperatures.

The SG5032CAN 9.830400M-TJGAB oscillator is a versatile and high-performance device used in many industrial applications. It combines the stability of a quartz crystal with the external voltage of a VCO to create a signal source of consistent and precision frequency. With its superior temperature compensation and low power consumption, it can be integrated in a wide range of applications to provide a reliable signal source in demanding and extreme settings.

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