CSX-750FBB16000000T

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CSX-750FBB16000000T Oscillators

Oscillators are devices that generate a continuous waveform that varies between states of maximum and minimum voltages at specific frequencies. They are used in a wide range of applications such as audio, video, cellular, medical devices, automotive and aerospace, radio communications, microcontroller, and electronic gadgets. One of the most common oscillators used in these applications is the CSX-750FBB16000000T oscillator.

Application Field

The CSX-750FBB16000000T is a programmable quartz crystal oscillator (PXO) with several frequency ranges. It has a frequency range of 750MHz to 2.5GHz, with a supply voltage range of 2.7 to 3.3 VDC. It is also capable of generating output clocks using either TTL or 5.0V CMOS levels. The oscillator is available in several temperature-compensated quartz crystals (TCXO) that are suitable for use in either high-performance project or automotive applications. Additionally, the oscillator is configurable through the microcontroller, which enables the user to make the required changes to suit their applications.

The CSX-750FBB16000000T oscillator has several applications such as FM broadcasting, CDMA communications, ISDB-T video broadcast, LTE-Advanced communications, 802.11 Wireless LANs, and satellite radio. It is also capable of being used in industrial process control, medical instrumentation, broadcast equipment, and five-volt power systems. With such a wide range of applications, the CSX-750FBB16000000T oscillator can be used in all types of electronic systems.

Working Principle

The CSX-750FBB16000000T oscillator works on the principle of inductive tuning. A quartz crystal is used as an inductor in a series LC oscillator circuit. A feedback of the resonant frequency is taken from the crystal to the oscillator, thus controlling the oscillator out-put at the resonant frequency of the crystal. The crystal is tuned and compensated for temperature variations. The inductance of the crystal can be adjusted to the desired frequency by introducing varia-tions in the crystal size.

The oscillator output is usually a sine wave at low frequencies or a square wave at high frequencies. The square-wave output has a higher frequency range than sine wave output. The frequency stability and accuracies of the CSX-750FBB16000000T oscillator are achieved by a temperature compensation method using a quartz crystal resonator. The oscillator is also designed with both long-term and short-term stability and has low phase noise.

Conclusion

The CSX-750FBB16000000T oscillator is a versatile oscillator that can be used in a variety of applications. Its wide frequency range and programmable capability, coupled with its temperature compensation feature makes it an ideal choice for most electronic systems. The oscillator is also known for its stable and accurate output, low noise, and cost-effective design.

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