7M-19.200MAHJ-T

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Crystals are solids composed of regular, interconnected patterns of atoms or molecules, which influence their properties. Crystals come in many forms, including quartz and diamond, and can be used in a variety of applications. The development of new crystal applications has been immense in recent years, and 7M-19.200MAHJ-T is one such application. This article will discuss the application field and working principle of 7M-19.200MAHJ-T.

7M-19.200MAHJ-T represents a type of quartz crystal with a quartz disk diameter of 19.2 millimeters and a thickness of 0.50-0.70 millimeters. It produces an external fundamental frequency (FUN) of 18.432MegaHertz and is packaged in a hermetically sealed, seven-pad metal can with solder. The design of 7M-19.200MAHJ-T is such that it will function in frequencies up to over 100MHz.

The 7M-19.200MAHJ-T has a wide range of applications in both civil and military electronics. Its precision and stability makes it well-suited for use in electronic timestamps, frequency control oscillators, and portable communication terminals. It is often used as a frequency control element in home entertainment, computing, and automotive electronics, as well as medical equipment and process control.

From a technical point of view, the working principle of 7M-19.200MAHJ-T is based on the ability of a quartz crystal to change its shape when it is subjected to an electric field. This phenomenon is called piezoelectricity and it occurs when quartz is subjected to an alternating electric field, causing the crystal lattice to resonate and generate a series of vibrations at the same frequency as the electric field. This frequency can then be tuned or "pre-calibrated" to a desired frequency.

The 7M-19.200MAHJ-T can also be used to maintain a precise and steady voltage reference. By connecting the crystal to an appropriate circuit, the crystal can be used to generate a precise periodic reference signal. This reference signal can be used to keep the voltage of a circuit stable, preventing distortions or variations that could lead to malfunctions. This type of crystal is also capable of generating higher frequency, higher amplitude, and higher stability signals.

Crystal 7M-19.200MAHJ-T can be used for a variety of purposes. Its precise and stable frequency control makes it ideal for use in medical applications, as well as automotive, home entertainment, and computing electronics. It can also be used to generate a precise and steady voltage reference, which is essential for the quality and accuracy of electronic signals. The ability of the crystal to produce a high frequency signal with high amplitude and stability provides a reliable source of frequency control in a variety of applications.

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