530AA161M130DGR

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Oscillators are commonly used to generate repetitive signals. They are used to produce stable and precise outputs with high accuracy. The 530AA161M130DGR oscillator is a precision oscillator that is designed to provide precision, stability, and low jitter performance. It is a standard crystal oscillator with a working frequency of 130MHz, and is used in a variety of applications, including communications, medical, industrial, automotive, and aerospace systems.

The 530AA161M130DGR oscillator includes a low-power differential output driver circuit and an internal temperature-compensated voltage-controlled oscillator (VCO). The differential output driver circuit helps to reduce clock jitter while the VCO helps to ensure a stable frequency response over wide temperature ranges. The total package includes a high-frequency PC board, a quartz crystal resonator, a ceramic capacitor, and a quartz crystal element.

The working principle of the 530AA161M130DGR oscillator is quite simple. When the input signal is applied to the control terminal, the quartz crystal resonator begins to oscillate. The output of the VCO is then filtered by the high-frequency PC board and the ceramic capacitor to ensure a smoother frequency response. The quartz crystal element helps to maintain the cold and hot temperature frequency variation to a minimum.

The 530AA161M130DGR oscillator is mainly used in telecommunication systems, such as cellular systems, Personal Communications Services (PCS), the Global System for Mobile Communications (GSM), code division multiple access (CDMA), and time division multiple access (TDMA) systems. It is also used in medical and automotive systems such as sonic devices, pressure sensors, and speedometers. In addition, it can also be used for computer systems, audio, and broadcast applications.

The 530AA161M130DGR oscillator is designed to provide low jitter performance, high accuracy, and low power consumption. It has a very wide frequency range and a low temperature frequency variation. It is also very cost effective making it a great choice for applications that require a high level of precision and stability.

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