533BB000849DG

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Pin Configurable/Selectable Oscillators are oscillators that can be configured or selected by setting the logic level of a single input pin or multiple pins. These oscillators are used in many electronic devices, from low-power electronic gadgets to high-power industrial machines. The 533BB000849DG is a particular type of optical pin configurable/selectable oscillator, which is designed to meet the needs of applications that require high accuracy and reliability.

The 533BB000849DG is an optical pin configurable oscillator that uses an innovative design to achieve reliable, high stability and low phase and unit noise frequency. It is also capable of providing a wide range of operating frequencies and supports both push-pull and 3-state outputs. This oscillator is ideal for applications that require high frequency stability, low noise, and low phase noise over a wide temperature range.

The 533BB000849DG\'s working principle is based on an optical isolation process. This isolation process isolates the oscillator output from noise sources such as electric and magnetic fields, ensuring stable operation. Also, the oscillator output is provided by an active clocking element, which reduces power consumption and provides a low phase noise signal compared to a traditional oscillator.

The oscillator\'s output can be controlled or selected by setting the logic level of a single input pin or multiple pins. The output frequency is determined by the logic states of these pins and can be varied depending on the needs of the particular application. The oscillator can also be selected from the available frequencies, making it suitable for applications with different frequencies, such as mobile communications, radar and navigation, and non-audible communications.

The 533BB000849DG is a highly accurate, low-power-consumption, optical pin configurable oscillator. It is capable of providing reliable, high stability and low phase and unit noise frequency with its innovative design and is ideal for applications that require high frequency stability, low noise, and low phase noise over a wide temperature range. Due to its output frequency control and selectable frequencies, this oscillator is suitable for various applications, such as mobile communications, radar and navigation, and non-audible communications.

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