ABM8W-28.6364MHZ-8-D1X-T3

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Crystals

Crystals are materials that have regular, repeating patterns of atoms. They are usually formed naturally and have a symmetrical shape that has been used as jewelry for centuries. Crystals can also be artificially manufactured and cut into specific shapes for specific applications, such as for use in electronics. One such crystal is the ABM8W-28.6364MHZ-8-D1X-T3.

The ABM8W-28.6364MHZ-8-D1X-T3 is a crystal oscillator typically used in radio frequency (RF) applications. As with all crystals, its frequency is produced by a physical vibration at the atomic level. The unique combination of its parameters make this crystal ideal for applications such as RF receivers, RF transmitters, cellular phones, GPS, Bluetooth, and Wi-Fi. It has a frequency of 28.6364 MHz and requires 8 volts of supply voltage to operate.

The ABM8W-28.6364MHZ-8-D1X-T3 crystal oscillator uses a combination of quartz crystal, an amplifier, and a feedback circuit to generate an electrical frequency of 28.6364 MHz. It is fabricated using a standard piezoelectric crystal process. This process involves coating the quartz crystal with a conductive material and then applying an electric field to generate a voltage that is proportional to the stress applied to the crystal. This voltage is then amplified before being fed back to the crystal, which causes it to vibrate at its natural frequency of 28.6364 MHz.

The device also contains a digitally controlled oscillator (DCO) that allows its frequency to be accurately adjusted by programming values into the DCO. This makes it ideal for applications such as cellular phones, where the frequency of the device needs to be adjusted depending on the network conditions. The oscillator also has a built-in temperature compensation circuit that ensures that the frequency remains stable over a wide range of temperatures.

The ABM8W-28.6364MHZ-8-D1X-T3 crystal oscillator has a wide range of applications due to its ability to generate a stable frequency of 28.6364 MHz. It is used in applications such as communication equipment, medical imaging, instrumentation, and industrial control. It is particularly useful in RF applications, where it can be used to generate a stable and accurate frequency on which radio signals can be transmitted and received.

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