9C-11.2896MAAJ-T

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Crystals

Crystals are solid materials formed by the orderly arrangement of atoms, molecules, or ions. They are typically classified according to their symmetry, crystal lattice structure, and chemical composition. Depending on the nature of the crystal, they can be divided into inorganic and organic crystals. Inorganic crystals mainly include metals, oxides, sulfides, metal carbides and nitrides, while organic crystals mainly include synthetic polymers and organics.

9C-11.2896MAAJ-T Application Field and Working Principle

9C-11.2896MAAJ-T is a type of crystal oscillator with a frequency stability of 2.048MHz. Its application field mainly involves crystals for high-precision timing, such as audio frequency tuning, clock synchronization and radio frequency communications. As a quartz oscillator, the 9C-11.2896MAAJ-T works by vibrating at its own frequency of 2.048MHz thanks to two masses of quartz attached to two tin electrodes. Its start-stop ability is dependent upon the manufacturing process and temperature control.

The 9C-11.2896MAAJ-T is constructed with a quartz plate and two electrodes. Two profiled resonant cavities are made separate in the quartz plate to separate and reduce the stray capacitance, thus improving the dynamic range and stability of the 9C-11.2896MAAJ-T.

The oscillator is powered by an AC-coupled voltage source, and the start-stop capability is based on the resonant frequency of the quartz plate. When the plate vibrates within certain temperature (25°C), the polarization of the quartz plate is reduced, resulting in increased external interference and a decrease in the start-stop capability of the 9C-11.2896MAAJ-T.

The oscillator is able to start and stop because of the Piezoelectric effect. When a voltage is applied to two tin electrodes of the quartz, it produces mechanical pressure on the quartz. This pressure causes the quartz to vibrate and generate electrical signals. At the same time, the electrical signals can also cause the quartz to vibrate at a specific frequency. When a certain amount of external force affects the oscillator, the oscillator will start or stop depending on that force.

The start-stop capability of the 9C-11.2896MAAJ-T is based on the travel rate and temperature of the vibrating quartz. The start-stop rate of the oscillator depends on the force and voltage applied to the tin electrodes, and the temperature of the quartz and surrounding environment. The start-stop rate of the oscillator is improved by controlling the force and temperature of the quartz, thus improving its stability.

The 9C-11.2896MAAJ-T is a high-precision quartz crystal oscillator and its application field mainly involves timing uses. It is used in many industries and products, such as audio frequency tuning, clock synchronization and radio frequency communications. Its start-stop ability is dependent on temperature control and the Piezoelectric effect.

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