ASCO2-33.333MHZ-EK-T3

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Oscillators are used in a variety of applications, and the ASCO2-33.333MHZ-EK-T3 is an example of an oscillator that can be used for many purposes. The ASCO2-33.333MHZ-EK-T3 is a low voltage and low power oscillator with a frequency range of 5-200MHz and output power of 1-200mW. It is a monolithically integrated oscillator for use in high frequency applications.

The ASCO2-33.333MHZ-EK-T3 has a variety of applications, including frequency synthesizers, timing clocks, pulse generators, clock and data recovery circuits, and phase-locked loops. It is well suited for use in wireless communication systems such as mobile phone base station phase locked loops, digital radios, and VCOs. The oscillator is also used in CDMA applications, which require precise timing and power control.

The ASCO2-33.333MHZ-EK-T3 has a standard 3V supply voltage range and can be used at lower voltages by lowering the supply. It is comprised of two active stages, a gain stage for noise shaping, and a sink/source stage for power control. The oscillator works in a voltage mode by utilizing an oscillator amplifier and gain circuitry to provide power control to the oscillator. This allows for the adjustment of the output power of the system, ensuring that it can keep up with changes in frequency.

The oscillator also uses a temperature compensated voltage source to limit power dissipation, and it uses a negative-impedance feedback network to achieve precise output frequency control. This allows the system to maintain a constant frequency over a wide temperature range, even when exposed to varying supply voltages. The ASCO2-33.333MHZ-EK-T3 is also designed to be highly stable and accurate, with a typical phase noise of -85dBC/Hz at a 10MHz offset.

The ASCO2-33.333MHZ-EK-T3 is a robust and efficient oscillator, designed for a wide variety of high-frequency applications. It can be used for frequency synthesizers, timing clocks, and phase-locked loops, as well as other applications requiring precision control of the output frequency. Its low power consumption and temperature compensation allow it to be used in a variety of environments, and its stable and accurate output makes it ideal for use in wireless communication systems.

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