ABM11W-30.7200MHZ-4-B2U-T3

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Crystals:

Crystals are vital components of many electronic circuits, providing both frequency-controlling and timing functions. The ABM11W-30.7200MHZ-4-B2U-T3 crystal, a type of quartz crystal, is specifically designed to oscillate at a constant frequency, typically set by a manufacturer, regardless of temperature variations and other external influences. It stands as a major component in a wide varierty of consumer electronics, such as timekeeping devices, cellular phones, computers and more.

Application Field:

The ABM11W-30.7200MHZ-4-B2U-T3 crystal is typically used in telecommunications, providing the clock signal for radios and other communication devices, such as mobile phones and CB radios. With its excellent frequency stability and low supply voltage, this crystal is an ideal choice for applications including audio processors and resonator circuits. Furthermore, it is also used in measuring and control technology, where it is capable of providing highly accurate signals.

Working Principle:

The ABM11W-30.7200MHZ-4-B2U-T3 crystal works on the principle of quartz oscillation. As stated earlier, the crystal is a specific type of quartz crystal, with a specific frequency set by the manufacturer. When a specific voltage is applied across the crystal, the quartz stretches and contracts each time the voltage changes polarity, causing the crystal to vibrate at that particular frequency. Thus, when the oscillation frequency of the crystal remains constant, the oscillator circuit will also remain stable.

The ABM11W-30.7200MHZ-4-B2U-T3 crystal is also equipped with a temperature-compensating circuit. This is specifically designed to account for the effect of temperature on quartz oscillation frequency. This circuit is basically a network of resistors and capacitors connected to the crystal, which prevent the frequency from drifting, thus ensuring the high level of frequency stability which is a major requirement in telecommunications.

The high-quality of the ABM11W-30.7200MHZ-4-B2U-T3 crystals make them ideal for use in a wide variety of applications, including but not limited to measuring and control technology, audio processors and resonator circuits. Thanks to their outstanding frequency stability, they are perfect components for use in precision clock signal generating systems.

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