416F48013AAT

416F48013AAT Application Field and Working Principle

416F48013AAT is a type of crystal with a wide range of applications, especially for high frequency oscillator application.

Currently, 416F48013AAT crystals are widely used in RF communication devices, cellular phone base station, laser scanning system, electronic code lock, Intelligent instrument, digital camera, digital pressuremeter, storage system, automatic control system, satellites and other instruments and systems.

The 416F48013AAT crystal is based on PXO oscillator chip technology and has the characteristics of low power consumption, wide frequency range, low phase noise, wide temperature range and robust oscillation ability.

Working Principle of the 416F48013AAT Crystal

The functioning principle of the 416F48013AAT Crystal involves the application of piezoelectric crystals which are composed of a number of cells known as piezoelectric domains. These domains, when a voltage is applied to them, form two cups which expand or contract in relative size to each other. This reaction is reversed when an appropriate alternating electrical field is applied to them. This phenomenon is what makes the crystal an oscillator.

When an alternating electrical field is applied, the vibration of the crystal causes them to resonate at a certain natural frequency, determined by their dimensions. This resonance is called the overtone frequency, and it serves as the basis for timing applications such as clocks and oscillators. It is also the foundation of several other types of signals, such as pulse compression, noise compression and various other forms of modulation.

In general, the 416F48013AAT crystal consists of two transducer elements connected in series on a substrate or dielectric material. When a voltage is applied, the two transducer elements vibrate with a predefined frequency. The frequency of the vibration is then transferred to an oscillator circuit which produces an electrical signal at the same frequency. This signal is then used to control the flow of information in electronic systems.

The 416F48013AAT crystalhas the capacity to oscillate up to 10MHz, with low phase noise and wide frequency range, making it a popular choice for command and control systems, transceivers and satellite communication applications. It also has a high reliability and robust oscillation ability, consequently, it has garnered worldwide acceptance and appreciation.