ASE-14.31818MHZ-LC-T

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What are Oscillators?

Oscillators are electronic components used to generate a sinusoidal waveform of a certain frequency. They are commonly used for timing, switching, and signal generation applications. The output frequency of an oscillator is determined by an internal feedback loop and is adjustable over a wide range. Oscillator types include analog, digital, and hybrid designs.

What is ASE-14.31818MHZ-LC-T?

ASE-14.31818MHZ-LC-T is an oscillator designed for use in timing and signal generation applications. It is an accurate and reliable Low-Cost Timer (LCT) oscillator with low-cost, low-profile construction. This innovative product features a high level of integration with a single external quartz crystal and two 0402 surface mount capacitors.

Application Field:

ASE-14.31818MHZ-LC-T is ideal for a variety of timing and signal generation applications including automotive electronics, military, aerospace, test equipment, medical equipment, and networking/telecommunications. It is suitable for applications requiring low-cost, low-profile construction with high accuracy and reliability.

Working Principle:

ASE-14.31818MHZ-LC-T works by using an internal crystal oscillator, divided by a digital prescaler, to generate a series of precisely timed pulses or output signals. The output frequency is determined by the crystal frequency and the prescaler division ratio. The crystal frequency is accurate, because the quartz crystal used in ASE-14.31818MHZ-LC-T is vibration-resistant, ensuring a stable output signal. The crystal oscillator is then followed by an output buffer amplifier with a drive capability up to 50 milliwatts.

Conclusion:

ASE-14.31818MHZ-LC-T is an oscillator designed for timing and signal generation applications. It is well suited for applications requiring low-cost, low-profile construction with high accuracy and reliability. It works by using an internal crystal oscillator, divided by a digital prescaler, to generate a series of precisely timed pulses or output signals. The output frequency is determined by the crystal frequency and the prescaler division ratio.

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