ASFLMPC-66.666MHZ-LR-T

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Oscillators are electronic components which generate cyclical signals. They find application in diverse technological fields, ranging from computing devices to wireless communication. ASFLMPC-66.666MHZ-LR-T, an oscillator from the family of Surface Mount Ceramic Resonator, is a commonly used passive component in the industry. This article aims to discuss its application field and working principle.

ASFLMPC-66.666MHZ-LR-T is basically an LC oscillator. It is an in-package monolithic ceramic resonator. Such type of oscillators possess many advantages over other oscillator types like quartz and SAW resonators. Some of them being lower cost, smaller size, higher frequency stability, better shock and vibration resistance. This oscillator is mainly used in consumer electronics for providing clock signals. These include but are not limited to TVs, cell phones, tablets, etc. Industries use them for navigation purposes in military and civil applications. ASFLMPC-66.666MHZ-LR-T can also be employed in the industrial automation and control systems.

The working principle of ASFLMPC-66.666MHZ-LR-T can be understood by analysing its structure. It consists of two main parts, an active component and a passive component. The active component contains a resistance–capacitance(RC) circuit. This circuit is responsible for generating the oscillation. The other component consists of an inductor and a capacitor. This combination forms a resonant circuit, which is responsible for filtering the desired frequency. When power is supplied to the oscillator, a current flows through the RC circuit and the resonant circuit. This generates an alternating current signal at the desired frequency, which is then used in the further applications.

In conclusion, ASFLMPC-66.666MHZ-LR-T is an oscillator that is widely used in the fields of consumer electronics, navigation and industrial automation. The oscillator contains an RC circuit and a resonant circuit which work together to generate an alternating current signal at the desired frequency. As such, this oscillator has proven to be a significant advancement over many of its predecessors in terms of cost, size, frequency stability and resistance to shocks and vibration.

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