ABM11W-29.4912MHZ-8-K1Z-T3

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Crystals have been an important part of modern electronics for decades now. They’re used in a wide range of devices to enhance their accuracy and performance. One type of crystal that has gained significant attention in recent years is the ABM11W-29.4912MHZ-8-K1Z-T3. This crystal is widely used in applications where precision and reliability are essential, such as in medical equipment and radio receivers.

The ABM11W-29.4912MHZ-8-K1Z-T3 crystal has a number of features that make it an ideal choice for many applications. It operates at a frequency of 29.4912 MHz, has an 8 KHz tuning range, and has a lithium-tantalum-oxide-type parallel resonator for precise frequency tuning. It also has gold electrodes and a bronze alloy casing, making it highly resistant to corrosion and external interference. Its small size and low power consumption also make it an attractive option for designers looking to save space and reduce power consumption.

The ABM11W-29.4912MHZ-8-K1Z-T3 crystal is widely used in communications equipment, digital clocks and watches, medical imaging equipment, and test and measurement instruments. In communications equipment, it is used to stabilize the frequency of interrogators and transceivers, allowing them to operate at a precise frequency with minimal deviation. In digital clocks and watches, the crystal improves accuracy by providing a stable frequency reference. In medical imaging, it is used to ensure precise timing of information transmission and reception. Finally, in test and measurement instruments, the crystal ensures accurate and repeatable readings.

The working principle of the ABM11W-29.4912MHZ-8-K1Z-T3 crystal is based on a phenomenon known as piezoelectricity. Piezoelectricity is the effect of an electric field on a material when it is mechanically stressed. The crystal is a crystalline structure composed of a piezoelectric material, such as quartz or ceramic, which is sandwiched between two metal plates called electrodes. When an oscillating voltage is applied to the crystal, it vibrates at a precise frequency, which is determined by its shape and size. This vibration induces an electric current in the metal plates, which can be used to generate a precise frequency reference signal.

The ABM11W-29.4912MHZ-8-K1Z-T3 crystal has become an essential component of many sophisticated electronic devices due to its high reliability and accuracy. Its piezoelectric working principle provides a stable frequency reference for applications where precision and reliability are essential. This makes it an attractive choice for designers who need to create precise and reliable electronic systems.

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