ABLS-13.48352MHZ-10-D4Y-T

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Crystals are essential components of almost all electronic devices, from radios and radios receivers to computers and consumer electronics products. Among them, the ABLS-13.48352MHZ-10-D4Y-T is one of the more special and popular crystals in the market.

The ABLS-13.48352MHZ-10-D4Y-T is a type of quartz crystal that has a precise frequency of 13.48352MHz with a load capacitance of 10PF. It is a 4-pad component with a T-cut shape design, which is ideal for precise oscillation timing accuracy. This crystal is commonly employed in a variety of applications, such as frequency sources and precise timing in microprocessor systems.

In terms of its application fields, the ABLS-13.48352MHZ-10-D4Y-T is extensively used in a wide range of electronic devices and devices that rely on precise frequency control for normal operation. For example, it can be used in the manufacture of consumer electronics products, such as MP3 players, portable disc players, smartphones, digital cameras and other electronic gadgets. It can also be used in frequency-controlled radios, wireless networks and digital broadcast receivers. Moreover, since the crystal can provide extremely accurate timing signals at the precise resonance frequency, it is also wildly used in hi-fi audio sound systems and broadcasting equipment.

In terms of its working principle, the ABLS-13.48352MHZ-10-D4Y-T works by converting electrical signals into an exact frequency. It uses a cross-sectional device called a piezoelectric element to receive and convert the signals. When an electrical signal is applied to this quartz crystal, it causes the quartz crystal to vibrate at its resonance frequency. The vibration of the quartz crystal in turn produces a physical output that is periodic and can be used to provide a precise frequency signal.

The frequency accuracy and stability of the ABLS-13.48352MHZ-10-D4Y-T are essential for many electronic devices and equipment to function properly. This is because the precise frequency from these crystals can be used to accurately synchronize the operation of different devices, to control digital signals and to provide precise timing in computer applications. Therefore, quartz crystals serve an important role in the current digital world.

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