AT-28.63636MAGK-T

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Crystals are remarkable components that are known for their strong oscillating and flipping abilities. These abilities make them ideal for a variety of applications and markets, including AT-28.63636MAGK-T. From the name itself, this type of crystal has been specifically designed to provide the highest frequency oscillation stability, operating temperature range, and power consumption while maintaining the required design parameters.

AT-28.63636MAGK-T crystals are basically oscillators that use a structure of two different materials, an active and a passive layer, to oscillate at a constant frequency. This frequency is determined by the crystal\'s physical properties and the value is known as the center frequency. AT-28.63636MAGK-Ts are used in a variety of high end applications, such as telecommunications and medical applications, where precise frequency stability is required.

AT-28.63636MAGK-T crystals operate on the principle of Pierce oscillator. A Pierce oscillator is an electrical circuit consisting of an active component and an inductor. When powered, the active component, usually a transistor, generates a sine wave with a frequency determined by the inductor. This wave is then fed into a capacitor which converts the wave into a square wave that is then amplified and the amplified output is used as the output.

The performance and stability of AT-28.63636MAGK-T crystals are very excellent due to its low frequency tolerance, which means that this type of crystal is highly efficient in generating signals of exceptionally steady frequency. Furthermore, the stability of the output signal of the AT-28.63636MAGK-T oscillators is very good making them perfect for a wide range of applications. The AT-28.63636MAGK-T oscillators are also able to maintain their frequency accuracy over a wide range of temperature, even when exposed to intense vibration or shock.

AT-28.63636MAGK-T crystals are widely used in the telecommunications industry as they provide reliable signal frequencies and the signal power is kept within the original parameters tolerances. Due to its high frequency tolerance, stability and affordability, AT-28.63636MAGK-T is also used in applications such as medical equipment, as well as for testing and calibration, and can be used in many other industries.

AT-28.63636MAGK-T crystals are highly stable and reliable and are used in applications that demand precise signal generation. Their high frequency stability, long term accuracy and affordability make them an ideal choice for a variety of applications. The AT-28.63636MAGK-T crystal is a reliable and an economical solution for a variety of industries.

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