7S-37.400MAAE-T

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Crystals are a special type of device that has many applications in the world of electronics today. Among them, 7S-37.400MAAE-T is a particularly special type due to its unique characteristics and applications in various industries. The purpose of this article is to explore the application field and working principle of 7S-37.400MAAE-T crystal.

7S-37.400MAAE-T crystal is an electronic component mostly used in radio frequency (RF) and microwave applications. Specifically, it is a dielectric resonator filter that is used to customize the frequency of a signal with the desired level of accuracy and response. Unlike the quartz crystals that are mainly used for communications and radio transmission, 7S-37.400MAAE-T is designed for frequency control in RF and microwave circuits and systems. It is also suitable for wide temperature range from -35 to +85 °C, specifically for the most demanding industrial, medical, space and military applications where reliability under extreme conditions is essential.

The key feature of the 7S-37.400MAAE-T crystal is its self-resonant frequency range which is typically from 700-1600MHz. This range is much wider than the typically available range and makes it ideal for a variety of applications, from phased array and radar systems to high power amplifiers and antennas. The wide range of frequency response also ensures a more stable reception and better signal to noise ratio.

In terms of its working principle, 7S-37.400MAAE-T crystal uses two fundamental properties of crystal-induced electrical conduction and piezoelectric effect. In electrical conduction, an electric current induces movement and change in the lattice structure of the crystal, thereby causing an electrical field to be created. This field, in turn, influences the material’s electrical and magnetic properties. On the other hand, piezoelectric effect occurs when lattice structure of the crystal is changed without applying external action. Such a change leads to the generation of an electric current which is used to determine frequency. This is how the crystal helps to filter the frequency of a signal.

In summary, 7S-37.400MAAE-T crystal is an electronic component that is highly effective in RF and microwave applications. It is capable of providing a wide frequency range and high precision frequency filtering. The wide temperature range also makes it ideal for applications in extreme conditions. The most important part of 7S-37.400MAAE-T’s working principle is that it uses both electrical conduction and piezoelectric effect in order to arrive at the desired frequency.

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