TA-12.288MCE-T

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Oscillators are electronic components designed to generate electrical or electromagnetic signals with a particular frequency. The TA-12.288MCE-T oscillator is a type of oscillator device used by electronics engineers in the audio system. This article will discuss the application field and working principle of the TA-12.288MCE-T oscillator.

The TA-12.288MCE-T is suitable for applications with audio system requirements up to 12.288MHz. It offers high performance and stability in a slim package with back-end SMT termination. Typical applications include audio sound or signal processing, audio graphics tablets, and audio recording systems. The device has an integral oscillator circuit that generates a frequency in the range of 12.288MHz ± 60kHz. It operates from a 5V single supply, and the frequency output is settled to ± 5ppm from 25°C to 70°C.

The TA-12.288MCE-T oscillator works by taking a fixed frequency input and producing a variable frequency output. It uses a high-speed transistor-capacitor circuit, called an inserted tap circuit, along with a reference frequency crystal. The inserted tap circuit creates a frequency-dependent signal that is modified by the crystal. The crystal determines the frequency of the output signal, and the transistor-capacitor circuit ensures that the frequency is very accurate and stable. The oscillator frequency can be adjusted using an optional tuning pin to enable precise control of the frequency.

The TA-12.288MCE-T oscillator has superior electrical performance characteristics. It provides low jitter (less than 8 ps RMS), low phase noise, excellent shock and vibration tolerance, excellent temperature stability, and low power consumption. The device also has a high grade of integration, allowing it to be used in a wide variety of applications. All of these characteristics make the TA-12.288MCE-T oscillator an ideal choice for use in audio system applications.

In conclusion, the TA-12.288MCE-T oscillator has several strengths that make it ideal for audio system applications. It has excellent performance characteristics, a high degree of integration, and a wide range of frequencies available. The device is able to provide accurate and stable frequency outputs, and it has low power consumption and jitter. The oscillator is a great choice for any audio system application.

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