ABM12W-26.0000MHZ-7-B1U-T3

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Crystals have been used in electronics for over a century now. Their incredible ability to oscillate at very precise frequencies has enabled engineers to design complex electronics. Commensurately, the application fields of crystals have continually expanded and now include oscillators, filters, clock oscillators, delay lines, voltage-controlled oscillators (VCOs), and even atomic clocks. Crystals are also used to stabilize frequencies in lightwave communications and direct broadcast TV. However, these crystals come in many different types and sizes, and the ABM12W-26.0000MHZ-7-B1U-T3 crytal is just one of these.

The ABM12W-26.0000MHZ-7-B1U-T3 crystal is a 12mm x 14mm ceramic surface mount crystal oscillator made from ceramic, metal, and gold-plated surfaces. It is widely used for circuit applications such as clock signals, microprocessors, controllers, and automotive applications. Due to the precise oscillation frequency of this crystal, it is perfect for circuit applications that require very precise timing. For example, it is often used to calculate time and location coordinates in global navigation systems.

The ABM12W-26.0000MHZ-7-B1U-T3 crystal operates on a fundamental oscillation frequency of 26.0000 MHz, but can be adjusted to achieve higher or lower frequencies. This crystal is also known for its low power consumption, low ESR, and long-term stability, which make them perfect for design projects that require reliable, long-term solutions.

The working principle of the ABM12W-26.0000MHZ-7-B1U-T3 crystal is based on the piezoelectric effect, which is a phenomenon in which a material produces an electrical charge when it is subjected to mechanical stress. When a voltage is applied to a quartz crystal, the crystal vibrates and produces a precise frequency signal. The frequency of the signal is determined by the characteristics of the crystal, such as its shape and size.

The ABM12W-26.0000MHZ-7-B1U-T3 crystal can be used in a variety of different circuit applications that require precise timing. Its low power consumption, low ESR, and long-term stability make it the perfect choice for engineers looking for reliable, long-term solutions. Its precise oscillation frequency makes it the ideal choice for circuits such as global navigation systems, clock signals, microprocessors, controllers, and automotive applications.

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