ABLS-16.384MHZ-B4-T

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Crystals

Crystals are an indispensable component in many electronic products, especially in the field of electronic timing. The commonly used quartz crystal oscillator is just an example, such as ABLS-16.384MHZ-B4-T. This type of quartz crystal oscillator has a wide application in various electronic products.

Unlike mechanical, chemical and biological oscillators, quartz crystal oscillators have the advantages of high stability, low power consumption, and low cost. From the words of its name, ABLS-16.384MHz-B4-T is an A-type (also known as AT cut) quartz crystal oscillator with a resonance frequency of 16.384MHz. Its working principle is similar to that of an LC oscillator, but a quartz crystal is used instead of an inductor. When a voltage is applied to the terminals of the crystal, the crystal vibrates due to the electric field generated. This vibration produces a signal with a constant frequency, which is precisely determined by the physical parameters of the crystal itself.

Due to their excellent accuracy, quartz crystal oscillators are widely used in timing circuits, frequency reference sources, clock oscillators, communication circuits, etc. ABLS-16.384MHZ-B4-T has become a popular choice for many applications because of its excellent parameters. For example, it has low drive level and can meet the needs of low power consumption; it has good temperature characteristics and can work reliably in extreme temperature environments; it has low frequency stability which can meet the requirements of communications; it has small package size and can be integrated into small electronic products or used in highly integrated application fields.

In summary, the ABLS-16.384MHZ-B4-T quartz crystal oscillator is widely used in modern electronic applications, because of its wide application field and excellent performance.Its accurate frequency, small size and low power consumption make it a perfect choice for timing circuits, frequency reference sources, clock oscillators, and communication circuits.

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