TF4152P32K7680R

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Crystals are a type of semiconductor material used to produce specific frequencies of amplified energy. The TF4152P32K7680R crystal is an example of these functional components, with various applications in the medical, defense, and security industries. This article outlines the TF4152P32K7680R crystal’s application field, in addition to its working principle.

TF4152P32K7680R is a quartz crystal with a wide range of applications due to its high frequency accuracy and frequency stability. The crystal is ideal for precision digital and radio frequency applications. In particular, it is perfect for timekeeping and broadcast applications, due to its low phase noise levels and stability. It has a frequency of 11.0592915 MHz, tallier frequency tolerance of ±20 ppm, and a series resistance of 110 Ohms. The customer’s desired specification will decide the type of load, frequency tolerance, and the specified load capacitance.

The TF4152P32K7680R crystal finds usage in medical and military equipment, as it offers distinct advantages over other frequency control components. The crystal is able to provide a high degree of accuracy, reliability, and low power consumption. Furthermore, it works in a broad temperature range and still maintains excellent short-term and long-term stability. As such, the crystal is ideal for applications involving vital safety, communication, and guidance systems.

In addition to its versatile application field, TF4152P32K7680R also operates based on a fundamental principle. Quartz crystals are made of piezoelectric materials, meaning they generate an electric charge when disturbed or deformed. This piezoelectric effect occurs due to an internal dipole moment that creates a voltage when compressed. In the case of quartz crystals, the electric charge creates a force which causes the crystal to vibrate. By attaching an electrical circuit to the crystal, the vibrating frequency can be tweaked or locked into desired values. This phenomena is known as electromechanical resonance, or the quartz oscillator effect.

To sum up, the TF4152P32K7680R crystal is a quartz-based component with excellent frequency accuracy and stability. Its ability to also work in a broad temperature range has made it a popular choice for precision digital and radio frequency applications. Additionally, its understanding of the piezoelectric effect and electromechanical resonance is essential for its performance, since it allows for control over the crystal’s electrical frequency.

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