534FB000272DGR

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Pin Configurable/Selectable Oscillators are widely used in various electronic components. The 534FB000272DGR is one of the more commonly used models in this category. This oscillator is ideal for consumer applications due to its small size, good quality, and low cost.

The 534FB000272DGR is a versatile oscillator with its ability to be configured with different settings and crystal frequencies. It can easily be used in a variety of applications, ranging from consumer electronics and computing to telecommunications and industrial automation. It has also been designed to work in automotive, aerospace and military applications as well.

The 534FB000272DGR is a surface-mount oscillator with 3 pins: Ground: To be connected to ground. Input: To be connected to the clock source. Output: To be connected to the circuit which needs a clock. The frequency can be adjusted by changing the load capacitance on the output pin.

The 534FB000272DGR oscillator works on the principle of crystal resonance. It uses a quartz crystal, which is a special type of piezoelectric material that vibrates at a specific frequency when its electrodes are energized with voltage. The frequency of the oscillator is determined by calculating the difference between the voltage applied to the crystal and the frequency of the energy released from the crystal.

The 534FB000272DGR oscillator is typically used in applications that require precision and stability such as frequency synthesis, modulation and demodulation, phase locked loop, pulse width modulation and phase digital computers. It is ideal for applications involving high frequency and phase stability because it operates at high accuracy and stability.

The 534FB000272DGR oscillator is characteristically low jitter and low phase noise, making it a very reliable component for applications such as clock port logic, telecommunications and data processing. These oscillators are extremely cost effective and easy to configure, making them an ideal choice for low budget projects in multiple industries. Additionally, the 534FB000272DGR oscillator can be easily adapted for industrial use since its configuration is adjustable.

In conclusion, the 534FB000272DGR oscillator is an excellent choice for various applications due to its tiny size, low cost, and good quality. Its pin configuration and crystal frequencies are easily adjustable, and its low jitter, low phase noise, and high accuracy make it an ideal component for use in many industries. The frequency of the oscillator is well-controlled and highly stable, making it a reliable component in these applications. With its wide range of applications, the 534FB000272DGR oscillator is often selected instead of other expensive, complex and limited models.

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