ASFLMPC-16.384MHZ-Z-T

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Oscillators, with their various applications in industries ranging from communications to consumer electronics, are an integral part of our everyday life. In this article, we will discuss about the application field and working principle of ASFLMPC-16.384MHZ-Z-T oscillator.

ASFLMPC-16.384MHZ-Z-T oscillator is designed for use in a variety of industries. It is an ideal choice where medium frequency signal stability and accuracy are essential. The oscillator can be used in telecommunications, navigation, instrumentation, broadcasting and industrial control applications.

The ASFLMPC-16.384MHZ-Z-T oscillator utilizes a high-sensitivity piezoelectric crystal resonator as an active element. The crystal resonator is tuned to 16.384MHz, which is the nominal frequency of the oscillator. The frequency accuracy of the oscillator is +/-10ppm over a temperature range of 0 to +50°C. This ensures that the signal transmitted is of highest quality and is highly reliable. The stability of the oscillator is further improved by using high-quality components and modern design techniques.

The working of the ASFLMPC-16.384MHZ-Z-T oscillator is based on the resonance frequency of the piezoelectric crystal resonator. The resonator is driven at 16.384MHz and, when the correct components, design and layout are used, an output voltage is generated by the resonator. The output voltage of the resonator is then amplified and buffered using a high gain amplifier and buffer stage. This amplifies the output voltage, ensuring that the generated signal is able to meet the demands of various applications.

The ASFLMPC-16.384MHZ-Z-T oscillator is a reliable and cost effective solution for applications needing precise frequency control over a wide temperature range. The oscillator is designed to meet the tight frequency accuracy and stability requirements of modern communications, navigation, industrial control, and broadcast applications. It is also suitable for applications that require medium frequency stability and that are operating in a harsh environment due to its robust design.

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