FA-128 26.0000MF09Z-AC

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Crystal oscillators are one of the most important components used in quartz crystals and have been integral to much of our modern day technology. FA-128 26.0000MF09Z-AC is a crystal oscillator with a particular application field and working principle.

The FA-128 26.0000MF09Z-AC crystal oscillator is a small, precision, low frequency type of crystal oscillator designed and manufactured by Fox Electronics. This oscillator is designed to operate at a frequency of 26.0000 MHz and has a small package size of 0.25” x 0.20” (6.35 mm x 5.08 mm). The device is great for applications that require precise timing, such as clocks and watches, and also has a long life span since it is made with high-quality quartz.

The oscillator is designed to work with a simple operating principle. The quartz material inside the oscillator acts as a low-cost and precise resonator, which creates an oscillation at a specific frequency, depending on the properties of the quartz material. To ensure precise timing, the oscillator has to have the same frequency as the reference oscillator, so the quartz material has to have a very specific size, shape, and purity for it to resonate at the desired frequency. The main components of the FA-128 26.0000MF09Z-AC are the quartz crystal and an internal oscillator circuit.

In terms of application fields, the FA-128 26.0000MF09Z-AC crystal oscillator is mostly used in circuits where precise timing is critical, such as clocks and watches, medical equipment, military electronics, and telecoms. The device is especially useful for applications such as alarm monitoring and measuring, including flow and pollution control, as well as in various industrial applications.

In summary, the FA-128 26.0000MF09Z-AC is a precision, low frequency crystal oscillator designed and manufactured by Fox Electronics. The oscillator is designed to operate at a frequency of 26.0000 MHz and has a small package size of 0.25” x 0.20” (6.35 mm x 5.08 mm). It operates on a simple principle, and the quartz material inside the oscillator acts as a precise resonator. The device is great for applications that require precise timing and has a long life span. It is mostly used in circuits where precise timing is critical, such as clocks and watches, medical equipment, military electronics, and telecoms.

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