VG-4513CB 125.0000M-GGCT

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Oscillators are important components in the area of electronic engineering, playing a crucial role in various electronic systems. VG-4513CB 125.0000M-GGCT is an oscillator, which is used in many electronic projects as well as scientific applications. This article will discuss the application field and working principle of VG-4513CB 125.0000M-GGCT.

VG-4513CB 125.0000M-GGCT is a programmable oscillator, which is primarily used to generate signals in the range of 125.000MHz. This oscillator is suitable for mobile radio applications where frequency accuracy and stability are paramount. VG-4513CB 125.0000M-GGCT is commonly used in cellular base stations, radio navigation aides, Wi-Fi networks, and radar systems. It can also be used in laboratory settings, for example, as a precision frequency reference in phase-locked loop systems.

In terms of its working principle, VG-4513CB 125.0000M-GGCT works by combining a quartz crystal and a voltage-controlled oscillator. A quartz crystal is composed of a piezoelectric material whose shape is cut and polished into the form of a thin wafer with two specific dimensions. When subjected to an external electric field, the quartz crystal will vibrate at its fundamental frequency, which can be controlled by altering the applied voltage.

The VG-4513CB 125.0000M-GGCT oscillator combines this quartz crystal with a voltage-controlled oscillator to create a precise and stable signal. The voltage-controlled oscillator is an electrical circuit that is designed to oscillate at a frequency determined by an input voltage. This allows the oscillation frequency to be tuned via a voltage adjustment, enabling VG-4513CB 125.0000M-GGCT to generate precise frequencies. The quartz crystal ensures the accuracy of the frequency output.

In conclusion, VG-4513CB 125.0000M-GGCT is an oscillator primarily used to generate signals in the range of 125.000MHz. It is primarily used in cellular base stations, radio navigation aides, Wi-Fi networks, and radar systems. It is able to generate precise and stable signals by combining a quartz crystal and a voltage-controlled oscillator. This demonstrates the importance of the VG-4513CB 125.0000M-GGCT oscillator in electronic engineering.

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