TFE162P32K7680R

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Crystals are a type of electrical component that is mainly used in radio frequency circuits and clocks, playing a crucial role in controlling frequency and timing. Among all the different types of crystals, the TF‐E162P32K7680R is one of the most widely used.

The TF-E162P32K7680R is a piezoelectric quartz crystal series capable of providing a precise frequency of 16.2MHz. The TF-E162P32K7680R crystal is also available in a variety of packaging types, such as surface mount and through‐hole. This makes it suitable for a range of applications, including radio communication and control systems, as well as GPS, wireless, and automotive communication technologies.

The internal structure of this type of crystal is composed of a pair of small quartz tuning forks connected in opposite directions. When an electric current is applied to the pair of tuning forks, they vibrate at the same frequency. The frequency of the crystal is determined by the size and shape of the tuning fork.

The TF-E162P32K7680R crystal is also designed to provide a low frequency offset and low noise, making it an extremely reliable part for precision and stability applications. The frequency stability of this crystal is achieved through a combination of onboard components including a temperature compensation circuit, an on-chip amplifier and a voltage-controlled oscillator. This combination helps to ensure that the crystal maintains a consistent and accurate frequency regardless of environmental changes.

Aside from its frequency stability, the TF-E162P32K7680R crystal also has other important characteristics such as a low pullability, a low power consumption, an enhanced phase noise performance and a high electromechanical stability. All these features make the TF‐E162P32K7680R a versatile and reliable crystal for a wide range of applications.

The versatile features of the TF-E162P32K7680R crystal make it suitable for a wide range of applications, including GPS timing systems, surveillance equipment, medical imaging devices, digital signal processing, radio communication, automotive communication, and digital clocks. Additionally, this crystal is a great choice for use in low‐power environments such as battery‐powered devices due to its low power consumption.

In conclusion, the TF‐E162P32K7680R crystal is a reliable and versatile crystal designed for a wide range of applications. It has a variety of packaging options, boasts a low pullability, a low power consumption and an enhanced phase noise performance. All these features make the TF-E162P32K7680R a great choice for precision, stability and accuracy requirements.

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