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Crystals

Crystals are substances with solid structures. They are composed of atoms, molecules and ions arranged in a specific structure, and exhibit certain physical, optical, chemical and electrical properties. Crystals can be natural or synthetic and are used in many fields, such as electronics, telecommunication, medical, leisure and industrial applications.

445W32S16M00000 application field and working principle

445W32S16M00000 is a type of synthetic crystal, used for frequency control and electrical tuning. It finds application in fields such as electronic products, aerospace and military equipment, such as antennas and receivers. The crystal is made from synthetic quartz, and is manufactured using an advanced chemical vapor deposition process.

The working principle of 445W32S16M00000 crystals is based on the piezoelectric effect. This effect is based on an obstacle existing between the crystal and an electric field applied, which causes a potential difference between two opposite sides of the crystal, resulting in electric voltage. The voltage is then amplified and grabbed by the receiver.

The crystal, firstly, is charged with electric current, creating a voltage across it due to the piezoelectric effect. The voltage on the crystal is then amplified, resulting in higher electric current. This current is used as a source of desired frequency, known as its resonant frequency.

Typically, a 445W32S16M00000 is used in combination with a resonator, like another crystal or a tuned circuit, and an amplifier circuit. When the correct resonant frequency of the probe is connected to the resonator, the amplified current that is obtained is processed accordingly. This leads to the desired electrical property such as frequency of the electric current, harmonic elimination and quality factor.

In conclusion, a445W32S16M00000 crystal is a synthetic crystal used for frequency control and electrical tuning. It works based on the piezoelectric effect, which involves the usage of an electric field to produce a voltage difference between two sides of a crystal, resulting in electric current. This current then used as a source of desired frequency, and is processed by a resonator and an amplifier circuit.

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