534EA000321DG

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Pin Configurable/Selectable Oscillators are specialized types of oscillators that are designed to be "pin configured" or "pin selectable". These types of oscillators typically consist of a quartz crystal and a control chip and are used in various applications including frequency synchronization, frequency control, and frequency measurement. The 534EA000321DG is one such oscillator and is designed for frequency synchronization, frequency control, and frequency measurement applications.

The 534EA000321DG consists of a quartz crystal and a control chip that have been designed to minimize spurious harmonics and to maximize overall performance. The quartz crystal is connected to the control chip and is used to produce an output frequency that is accurately tuned and regularly tracked. The quartz crystal is also used to provide accurate and stable temperature performance. The control chip is connected to a set of pins that are used to configure the oscillator and to select the desired output frequency. This allows the user to easily configure the oscillator and select the desired frequency without having to replace components.

The 534EA000321DG has a wide range of operating frequencies and is suitable for applications ranging from audio to communication and from control to measurement. One advantage of this oscillator is its low power consumption; its power dissipation is typically 20mW or less. It also has high frequency stability over different temperatures, such as -10C ~ +70C for a frequency error of less than 3ppm. In addition, its phase noise is also very low.

In general, the 534EA000321DG provides an accurate and stable frequency source for accurate applications and is designed for frequency synchronization, frequency control, and frequency measurement applications. It features low power consumption, high frequency stability, and low phase noise. It is an ideal solution for applications requiring a reliable, low-power, precision frequency source.

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