7M-38.400MAHE-T

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Crystals encompass a wide range of frequency-determining components for many different types of applications. Primarily, they are used in the manufacture of oscillators and filters, both used in various kind of electronic systems. Pre-manufactured, dedicated crystals can be used span a wide range of frequencies and varying levels of temperature. They also come in a variety of forms, from which various applications can be designed. Amongst these different varieties, multiple pieces of equipment may use the 7m-38.400MAHE-T crystal for their specific task. This article will explore what this crystal does, its working principle and its application fields.

The main reason the 7m-38.400MAHE-T crystal is such a popular choice is its versatility. It comes in a package size of only 7mm x 4.8mm and can stand up to temperatures of up to 175°C, making it particularly suitable for use in high-temperature applications. Its frequency range is also very impressive and goes from 38.400MHz up to 37.500 MHz. The 7m-38.400MAHE-T also has low jitter, with a maximum of 12.5 picoseconds, making it a very reliable crystal for use in digital applications requiring precise timing.

The way in which the 7m-38.400MAHE-T crystal works is fairly simple. It consists of a parallel brass plate and two quartz plates which are rigidly mounted in the middle of these two plates. This makes it possible for the crystal to oscillate under the influence of an electric field. The field causes the quartz plates to vibrate at a certain frequency and is sustained by a so-called inverse piezoelectric effect. This means that if the two quartz plates were subjected to a pressure, they would produce an electric charge which sustains their vibration. The frequency that the crystal vibrates at is determined by its size, shape, and material.

The main application fields of the 7m-38.400MAHE-T crystal are in radios, modems and the world of telecommunications. It is used in radios as an oscillator, ensuring that the radio can transmit and receive at the right frequencies. It is also used in modems to modify and transmit signals between different pieces of equipment. Finally, it is used in telecommunications to limit the rate at which signals are sent and received in order to ensure maximum efficiency.

The 7m-38.400MAHE-T crystal is an excellent example of the versatility of crystals and their applications. It is a very small yet powerful crystal which can handle a wide range of temperatures and frequencies, making it a very reliable choice for a variety of electronic applications. Its working principle is simple, yet effective; its size and shape determine its frequency of oscillation. Finally, its application fields are vast and include radios, modems and the world of telecommunications. In each of these areas, the 7m-38.400MAHE-T crystal has proven its worth.

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