ASCO1-27.120MHZ-EK-T3

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Oscillators are used to control frequency, create signal cycles, or generate a set of signals in a range of every frequency.

The ASCO1-27.120MHZ-EK-T3 is a type of Oscillator. It is designed for Frequency Control and Frequency Synthesis supplies phenomenal performance and stability over wide range of temperature and voltage variations. It comes with fast switching speed and precise frequency control. The additional temperature protection ensures that the oscillator runs safely and efficiently.

The ASCO1-27.120MHZ-EK-T3 is used in many different applications such as for timing, communications, digital signal processing, motor control, and microwave applications. It is highly reliable, robust, and robustly protected against temperature variations. The OSFET technology provides high accuracy frequency stability as well as high immunity to vibration & shock.

The working principle of the ASCO1-27.120MHZ-EK-T3 is based on Phase-locked-loop (PLL). This technology allows the Oscillator to maintain a stable frequency output in spite of supply voltage and temperature variations. The PLL helps to lock in the desired frequency and hold it throughout its life. Additionally, the low jitter and high cycle-to-cycle stability allows the Oscillator to provide a clean and reliable output signal.

The ASCO1-27.120MHZ-EK-T3 features an integrated voltage regulator for improved performance and reliability. It has an operating voltage range of 2.5V to 4.5V and can be operated at frequencies from 40MHz to 125MHz. It is compatible with automotive and industrial applications and comes in an MSOP package.

The ASCO1-27.120MHZ-EK-T3 is an effective and reliable oscillator with excellent features and performance. Its PLL technology provides maximum frequency stability and its integrated voltage regulator ensures improved reliability and performance. It is suitable for a wide range of applications due to its fast switching speed and precise frequency control. It is also highly resistant to temperature variations and its low jitter and high cycle-to-cycle stability ensures a reliable output signal.

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