Q 24,0-JXS32-12-10/15-T1-FU-WA-LF Crystals, Oscillators, Resonators

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Crystals

Crystals are solid substances that are composed of an orderly arrangement of atoms, molecules, or ions. Natural crystals form when atoms of different elements bind together and form a lattice structure. For thousands of years, crystals have been used for applications in the medical and engineering fields. Examples include lasers and transistors.

The Q 24,0-JXS32-12-10/15-T1-FU-WA-LF is a type of crystal with a specific frequency and a temperature-compensated design. It is commonly used in communication systems, including short-wave radio receivers, radio broadcasting stations, and cellular telephones. It is also used in the medical field for miscellaneous applications, such as the detection of heart rate and blood pressure.

The Q 24,0-JXS32-12-10/15-T1-FU-WA-LF crystal works on the principle of piezoelectricity. When a crystal is subjected to mechanical stress, it produces an electrical potential, also known as piezoelectricity. This voltage can be used to control the frequency of a signal, as with a quartz crystal oscillator. To ensure that the frequency remains stable, the crystal is usually encapsulated in a sealed container, such as a glass or ceramic envelope. The crystal is then kept at a constant temperature and the frequency can be changed with the application of voltage.

The Q 24,0-JXS32-12-10/15-T1-FU-WA-LF crystal is a temperature-compensated device, meaning that the frequency is not affected by temperature changes. This is because the crystal is constructed with an internal compensator that adjusts the frequency in response to changes in temperature. This ensures that the signal generated by the crystal oscillator remains stable even when the temperature changes.

The Q 24,0-JXS32-12-10/15-T1-FU-WA-LF crystal is used in many applications, ranging from radio communications to medical imaging. It is an effective device for establishing communication links, providing stable signal frequency, and reliability in demanding environments. Its temperature-compensated design helps to ensure that signal stability is maintained, even under changing temperature conditions.

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