532CC000347DGR

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The 532CC000347DGR Pin Configurable/Selectable Oscillators are an important component in many electronic and communication systems. This particular oscillator allows users to select their desired output frequency and therefore is a versatile and valuable application in any system.

The 532CC000347DGR oscillator is well-suited for use in mobile, satellite, broadcast, and high-speed communications systems. It provides users with an efficient way to select and tune their desired output frequency with an included frequency range of 25MHz to 3GHz, allowing for great versatility in any application. The pin configurable design also makes the 532CC000347DGR simple to use and connect to existing systems.

The working principle of the 532CC000347DGR is based on the fact that the crystal oscillator generates a certain frequency when its two terminals are connected together and a capacitive load is applied for proper tuning. The crystal oscillator circuit is made up of a crystal, two capacitors, and an inductor, along with a buffer amplifier. The frequency of this oscillator is determined by the response of the crystal to the applied electric field. The internal resistor and capacitor are used to adjust the amplitude, phase, and frequency of the oscillator.

The 532CC000347DGR is also engineered with a power saving design. This allows the device to be used in a wide variety of applications, including energy-sensitive ones. This oscillator can be powered using almost any power source, allowing for great flexibility when using it in multiple applications.

The 532CC000347DGR Pin Configurable/Selectable Oscillators are a great choice for use in a variety of systems. Their wide frequency range and adjustable output frequency make them the perfect choice for mobile, satellite, broadcast, and high-speed communications systems. The simple to use pin configuration also makes them easy to install and use in any system. Finally, their power saving design makes them a great choice for any energy-sensitive applications.

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