SG-8002CA 75.0000M-PHBL3

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Oscillators are essential components in all kinds of electronic devices. They can generate important electrical signals with precise and continuous waveforms to act as references for the timing of other components, or to act as a communications link. SG-8002CA 75.0000M-PHBL3 is one type of oscillator, and it has diverse applications and working principles.

SG-8002CA 75.0000M-PHBL3 is a hand-soldered crystal oscillator. It applies a numerical controlled (NCO) Quartz Crystal singing tuning (QCCST) design technology which allows a frequency accuracy up to ± 1.4 ppm. It also has a high stability since it can maintain its frequency accuracy even in a wide temperature range and high humidity environment. It features low phase noise and a long lifetime, and can be used in communication devices and critical applications where accuracy and precision of frequency is needed.

The operating principle of SG-8002CA 75.0000M-PHBL3 is based on the property of a quartz crystal. When the crystal is placed in an electric field, it will vibrate at a certain frequency, which is proportional to the strength of the electric field. By controlling the electric field, such as applying the correct voltage, the frequency of the crystal can be changed. SG-8002CA 75.0000M-PHBL3 has a small quartz crystal embedded within it, and it can generate a signal with precisely adjustable frequency when the voltage is applied correctly.

SG-8002CA 75.0000M-PHBL3 has a wide range of applications. It can be used as the driving source for frequency synthesizers, VCOs, timers, microcontrollers and radio frequency (RF)/microwave applications. It is also used in critical communication equipment that needs extremely precise frequency. It can be used in military defense, aerospace, medical, automotive and consumer electronics, and its wide temperature range makes it ideal for harsh environment applications.

In addition, SG-8002CA 75.0000M-PHBL3 has excellent shock and vibration resistance, which makes it suitable for aerospace equipment that is subject to extreme accelerations. It has low peak power consumption, which makes it suitable for mobile and portable applications. It is also a low cost solution and its excellent electrical properties make it an ideal choice for high accuracy and precision signal processing.

In conclusion, SG-8002CA 75.0000M-PHBL3 is a reliable and cost-effective hand-soldered crystal oscillator that provides precision frequency signal generation with low power consumption. It has a wide range of applications in communication devices and critical environment applications, and its operating principle is based on the oscillatory properties of a quartz crystal. It is ideal for extreme accelerations, has low peak power consumption and provides excellent electrical properties for accurate signal processing.

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