516AHB000907AAGR

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Pin Configurable/Selectable Oscillators are a type of crystal oscillator technology that allow customers to configure their oscillator design by using the available external pin options. These oscillators can be easily reconfigured using external pull up or pull down resistors to provide the desired output frequency. The 516AHB000907AAGR is an example of one such oscillator.

The 516AHB000907AAGR oscillator utilizes a configuration of four external pins and an integrated circuit (IC) in order to achieve its design. The pins are all electrically isolated, with the middle two being connected to the IC. The first pin is used to select the operating frequency, followed by the second pin which is used to select the range of frequencies available. The third pin is used to adjust the voltage, and the fourth pin is used to power the oscillator.

The range of output frequencies available with the 516AHB000907AAGR device is between 8 and 250MHz, with different frequencies selectable depending on the values of the external resistors used. The frequency selection range can be adjusted through the use of a control voltage applied to the third pin. This allows for precise frequency selection, which is extremely important in applications such as RF communications.

The main application fields for the 516AHB000907AAGR are in communication, computing, consumer, automotive, and industrial applications. The oscillator is particularly suited for use in radio frequency (RF), wireless communication, video, and audio systems.

The working principle behind the 516AHB000907AAGR oscillator is based on the fact that the capacitance of the oscillator circuit is directly proportional to the applied voltage. When an AC signal is applied to the oscillator circuit, the capacitance of the circuit shifts, causing a change in the output frequency.

The voltage applied to the oscillator circuit can be controlled by adjusting the external resistors, which results in a corresponding change in the output frequencies available. The control voltage can also be used to adjust the frequency range in order to select one particular frequency.

In summary, the 516AHB000907AAGR is an example of a Pin Configurable/Selectable Oscillator that can be used in a variety of applications such as communication, computing, consumer, automotive, and industrial. The oscillator works by using four external pins and an IC to adjust the output frequency, and utilizes a control voltage to adjust the range of available frequencies.

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