TSX-3225 38.4000MF10Z-AS

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Crystals have been used in electrical engineering since the early 20th century. They have found numerous applications in industry, including the creation of transistors, oscillators, amplifiers and other electronic components. As a result, the use of crystals has grown steadily over the past century.

More recently, advances in technology have allowed manufacturers to create smaller and more efficient crystals, such as the TSX-3225 38.4000MF10Z-AS. This type of crystal is used in a variety of applications, such as frequency control in telecommunications equipment and other electronic systems. Additionally, it can be used as an oscillator in machine control systems and embedded digital signal processor units.

The TSX-3225 38.4000MF10Z-AS is often used as a frequency doubler, thanks to its high resistance and low noise characteristics. It can be used to double the frequency of a signal without introducing any extra distortion or noise. In addition, it is highly stable and offers excellent phase noise and wide temperature range performance. It is also suitable for use in almost any environment, including military and aerospace applications.

The working principle behind the TSX-3225 38.4000MF10Z-AS is based on the stability of its quartz crystal environment. The quartz has an electrical resonance frequency which is determined by its physical shape and size. When an alternating voltage is applied to the crystal, the resulting electrical field pushes and pulls the pieces of quartz back and forth, creating a frequency vibration. This frequency vibration is measured and controlled to allow for precise frequency control.

The properties of the TSX-3225 38.4000MF10Z-AS make it ideal for a variety of industrial and commercial applications. Due to its high stability, low noise characteristics and wide temperature range, it is often used for frequency control and oscillator applications in a variety of industries. It is also suitable for use in military and aerospace applications due to its high performance capabilities. In addition, it is highly reliable and requires minimal maintenance.

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