SG-8002CE 14.7456M-PHMB

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SG-8002CE 14.7456M-PHMB oscillator is an indispensable modern technology in the field of electronic engineering. It is a small crystal oscillator that can generate electronic and radio signals with a high level of accuracy and stability. It is used in a variety of applications from digital communication to medical imaging, and is generally found in most electronic devices.

Application Field

SG-8002CE 14.7456M-PHMB oscillators are used in a wide variety of electronic circuits and devices. They are often used in the timer functions found in modern clocks, and in the transmission of radio signals. As they have a very accurate frequency stability, they are widely used in digital communications and other related applications such as Global Positioning Systems (GPS) and mobile telephones. Additionally, they are used in medical imaging equipment, where the accurate timing of pulses is essential for generating images on x-ray and magnetic resonance imaging (MRI) devices.

Working Principle

The SG-8002CE 14.7456M-PHMB oscillator is a quartz-based oscillator that relies on the piezoelectric effect from a quartz crystal. Quartz crystals have an interesting property which causes them to vibrate at a very specific frequency when a voltage is applied to them. The SG-8002CE 14.7456M-PHMB oscillator takes advantage of this effect by surrounding the quartz crystal with two metal plates that form an electrode. This electrode is connected to an electrical circuit, which generates a voltage which is applied to the quartz crystal. The quartz crystal then vibrates at its resonant frequency, producing a high-frequency electrical signal. This oscillating signal is then used in a variety of electronic devices and circuits.

The SG-8002CE 14.7456M-PHMB oscillator is an incredibly precise and reliable piece of technology, and is widely used throughout the world. Its accuracy and stability make it an ideal choice for timing applications found in clocks, GPS systems, mobile phones, and medical imaging devices. Furthermore, its compact size means it can easily be included in almost any electronic design.

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