534AB000310DGR

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Pin configurable/selectable oscillators provide frequency control over a wide range of frequencies. A typical example of such an oscillator is the 534AB000310DGR. These oscillators are particularly useful due to their ability to be used in a variety of applications.

Applications

The 534AB000310DGR can be used in a variety of applications that require accurate frequency control. These applications include but are not limited to:

• Radio and television broadcast equipment
• Data transmission systems
• Cellular radio systems
• Wireless communication systems
• Radar systems
• Magnetic resonance imaging equipment

This device is also suitable for use in automotive, medical and industrial applications where reliable performance is required.

Working Principle

The 534AB000310DGR utilizes a design that is based on a Pierce oscillator circuit. This type of oscillator is a self-oscillating circuit capable of broadly tuning itself to various frequencies. This versatility is possible because the oscillator circuit is designed such that the output frequency is related to the amount of current flowing through the device.

The circuit can operate at frequencies ranging from 800 kHz to 4.5 MHz. It can also be configured to operate over a wider range of frequencies if desired. This can be accomplished by adjusting either the amplitude, frequency or duty cycle of the output signal by means of an external resistor and/or capacitor.

The circuit utilizes an external inductor to tune the frequency of the output signal. This inductor provides feedback to the circuit, allowing it to oscillate at the desired frequency. In addition, this device utilizes a high-performance monolithic integrated circuit to stabilize the output frequency and provide improved accuracy and performance.

Conclusion

The 534AB000310DGR is a versatile, pin configurable oscillator that can be used in a variety of applications. It utilizes a Pierce oscillator circuit and an external inductor to provide reliable frequency control over a wide range of frequencies. This device also utilizes a high-performance monolithic integrated circuit for improved accuracy and performance.

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