AM26060001

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Crystals are a type of solid material whose atoms, molecules, or ions are arranged in a highly organized repeating pattern. This repeating pattern usually extends in all three spatial dimensions and has rigidly symmetrical properties. As a result, crystals often have unique electrical, optical, thermal, and mechanical properties that can be used in various applications.

AM 26060001 is a specific type of crystal that finds application in a variety of fields, including consumer electronics, photonics, telecommunications, aerospace and defense, instrumentation, and automotive. It is made of lithium tantalite, an inorganic compound consisting of lithium and tantalum in an 11:6 stoichiometric ratio.

AM 26060001 crystals are extremely stable at high temperatures, withstanding temperatures up to 750°C without significant decrease in performance. This high temperature durability makes it suitable for applications in fields where high temperatures can be encountered, such as high-power semiconductor devices.

The most important feature of AM 26060001 is its frequency stability. Its quartz crystal oscillator technology allows for accurate oscillation predictable over a wide temperature and pressure ranges, making it ideal for a variety of timing, frequency control, and positioning applications. It is often used in applications such as oscillator frequency reference, frequency synthesis, microprocessor and microcontroller timing, microwave instrumentation, and antenna positioning.

The working principle of AM 26060001 is based on the piezoelectric effect. Piezoelectricity is a phenomenon in which crystals, when subjected to mechanical strain, generate an electric potential difference across their opposite faces. The electric potential can then be used as a source of electrical energy or it can be used to induce a voltage in a circuit connected to the crystal.

AM 26060001 crystals are typically made up of two electrodes, a base and a top electrode, separated by a dielectric material. An alternating current is then connected to the electrodes and the crystalline material begins to vibrate, causing it to generate a certain frequency of oscillation. This oscillation frequency is the same as the frequency of the alternating current, allowing for accurate frequency control.

The frequency stability of AM 26060001 crystal oscillators is also a major selling point. This is because the quartz has a lower temperature coefficient than most other crystals, allowing it to maintain its prediction over a wider range of temperatures. Additionally, its wider frequency range makes for greater application versatility.

In conclusion, AM 26060001 is a unique type of crystal that has a wide variety of applications. It is highly temperature and frequency stable, making it ideal for use in high temperatures, frequency control, and timing applications. It works based on the piezoelectric effect, where an alternating current applied to the electrodes causes the crystal to vibrate and oscillate at a certain frequency.

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