ABM12W-48.0000MHZ-7-J1Z-T3

Crystals: ABM12W-48.0000MHZ-7-J1Z-T3

Crystals are widely used in today\'s electronic products for timing or oscillation reference. The crystal ABM12W-48.0000MHZ-7-J1Z-T3 is a type of crystal from ABRACON which can be used in various applications. This crystal is based on a metal case which minimizes the external stress, guaranteeing better results. It offers an excellent frequency stability that allows it to achieve a wide range of applications.

Application Field

ABM12W-48.0000MHZ-7-J1Z-T3 can be used in various applications. Its frequency stability makes it suitable for radio-receiving tubes, as well as digital filters, data communications circuits and more. It is commonly used in mobile phones, digital cameras, network devices, industrial computers and other wireless equipment. This crystal helps to ensure the accuracy of timekeeping and the communication of the electronic device.

Working Principle

The ABM12W-48.0000MHZ-7-J1Z-T3 uses quartz crystal as the base material for its fabrication. Quartz is a mineral which is composed of silicon dioxide, and in its liquid state quartz vibrates at certain frequencies, which is affected by an applied electric field. This crystal is cut to generate a tiny resonant cavity that helps to maintain a stable and accurate frequency when used with an electric oscillator circuit. This frequency stability is important for the timing references needed in digital circuits.

The ABM12W-48.0000MHZ-7-J1Z-T3 is designed to operate within a range of temperatures, from -40 degrees to +125 degrees Celsius. This crystal is designed to be more stable than traditional oscillators, and it is designed to be smaller and more efficient than other crystal oscillators. This makes it ideal for a wide range of applications.

Conclusion

The ABM12W-48.0000MHZ-7-J1Z-T3 is a type of crystal from ABRACON that can be used for various applications. It is based on a metal case which minimizes the external stress, guaranteeing better results. It uses quartz crystal as the base material for its fabrication and is designed to operate within a range of temperatures, from -40 degrees to +125 degrees Celsius. Its frequency stability makes it suitable for radio-receiving tubes, as well as digital filters, data communications circuits, and more.