9C24000137

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Crystals have been used in electronic applications such as oscillators, phase-locked loops (PLLs), and frequency dividers. A crystal oscillator is a circuit that sends an electrical signal to the crystal to cause it to vibrate at a specific frequency, which is then amplified and used as an oscillating signal. The 9C24000137 is a quartz crystal oscillator that effectively controls the system frequency with a wide frequency range and a number of unique features.

The 9C24000137 is a product of Huayoung Technology, and its principal application area is within the frequency control circuitry of precision PC and telecommunications systems. It is a highly reliable component with stable performance, selected from the best of quartz crystals, and provides a frequency stability rate of better than 0.3 ppm at 100 PPM. It is manufactured using a vacuum-sealed, subminiature ceramic package, minimizing the size and cost of the component. The circuit design of 9C24000137 helps to eliminate the effect of temperature variation, maintaining the accuracy of the crystal’s frequency. The oscillator is powered by a 1.8V to 5.5V DC supply for both oscillation and set-up operation, making the oscillator suitable for the majority of digital systems.

At the core of the 9C24000137 lay its oscillating working principle. When the crystal is connected to the oscillator circuit, it will vibrate, producing a regular electrical signal at a defined frequency. This is caused by a process of energy cycling within the crystal assembly. When electricity is applied to the crystal it will enter a state of resonance, as the energy moves between the two terminals of the crystal, vibrating at a specific frequency. Any variation in the amplitude of the signal will be amplified by the circuit to maintain the resonance at the same frequency. The 9C24000137 is designed to take advantage of this process, using its circuit to accurately control the frequency of the oscillator.

The 9C24000137 is particularly useful in digital systems due to its ability to accurately control the system. With its ultra-small size, low cost and excellent frequency stability, the 9C24000137 is suitable for both high volume commercial applications and precision engineering systems. Its ability to operate over a wide voltage range makes the oscillator suitable for use in a diverse range of applications and systems.

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