534FB002397DG

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Pin Configurable/Selectable Oscillators have become one of the most important components of modern electronic systems. This type of oscillators allows for rapid and highly accurate frequency control, providing various benefits including increased system performance, simplified test and calibration procedures, and reduced parts inventories. The 534FB002397DG is a versatile, pin configurable/selectable oscillator that can enable many electronic designs.

The 534FB002397DG oscillator is capable of frequency control with as much as 5 decimal points of accuracy in the range of 250kHz to 30MHz. This makes it an ideal choice for applications requiring precision frequency control, including high-speed communications, medical electronics, and portable test equipment. Furthermore, its power consumption is low, at 0.4mA, making it a very energy efficient part.

Thanks to its advanced design, the 534FB002397DG can be used to enable a variety of electronic designs. The selectable pin configuration allows both the output frequency and crystal trim values to be adjusted programmatically, as needed, enabling many unique applications. In addition, the oscillator includes an on-chip digital tunable loop filter for additional programming flexibility.

In terms of its working principle, the 534FB002397DG operates in the same fashion as other oscillators of its type. An oscillator circuit is used to drive an LC circuit, which generates an alternating output signal. This signal is amplified, filtered, and then applied to an IC, where it is converted into a digital representation. From there, the signal is compensated, further filtered, and then applied to the selectable pins.

The 534FB002397DG is a highly successful and advanced Pin Configurable/Selectable Oscillator that enables a variety of electronic designs. Its high-accuracy frequency control and low power consumption make it a great choice for applications requiring precision operation and high efficiency. Thanks to its advanced design, the need for separate crystal trimming and frequency adjustment is reduced significantly, allowing for economical and flexible use.

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