416F48013ATT

Crystals - 416F48013ATT Application Field and Working Principle

Crystals are solid materials composed of a regular lattice of atoms. Crystals are utilized in a wide range of applications, primarily as oscillators in frequency control circuits and coupling circuits, such as oscillators, antennae, and couplers. These devices, often referred to as Crystal Oscillators, use the regular lattice arrangement of the crystals to maintain a precise frequency. The 416F48013ATT Crystal Oscillator is one example of a crystal oscillator and is used in a variety of commercial, industrial, and military applications.

The 416F48013ATT Crystal Oscillator is designed for high frequency operating and is composed of an AT-cut crystal mounted in an AT-lobated package. This type of crystal oscillator offers superior shock and vibration resistance making it well suited for military and aerospace applications. It is also capable of long service life, high reliability and exceptional being performance, making it an ideal choice for industrial-grade applications.

The functional principle of the 416F48013ATT Crystal Oscillator is based on the Piezoelectric effect. This effect states that when a mechanical vibration is applied to certain crystals, they create an electrical charge. The reverse effect also occurs, when an electrical voltage is applied to the crystal it causes a mechanical vibration. This phenomenon occurs in the 416F48013ATT Crystal Oscillator when a low level of alternating current is applied to its electrode terminals.

The Piezoelectric effect causes the crystal to mechanically vibrate at its wave resonance frequency thus creating an electrical oscillation of an identical frequency at the electrode terminals. The wave resonance frequency of the 416F48013ATT Crystal Oscillator is typically around 48-75 MHz. This output can then be amplified to be used as a precision clock source in a variety of applications. Some of the typical fields of applications include Frequency Synthesizers, Network Communication Systems, Radio Referencing, Frequency Counter/Measuring Instruments Detection Systems, Radar Systems, GPS Systems, and Document Authentication Systems.

The 416F48013ATT Crystal Oscillator is able to maintain its wave resonance frequency over a wide temperature range (-20°C to 70°C) and supply voltage range (3.3V to 5.5V). The oscillator also features stability parameters such as low aging rate and jitter, making it an ideal component in fields such as medical, automotive and aerospace. In addition, the 416F48013ATT Crystal Oscillator is highly reliable and provides excellent long-term stability.

The 416F48013ATT Crystal Oscillator can be used in a variety of oscillator and coupling circuits. The most basic oscillator circuit consists of the crystal and two capacitors. The oscillator circuit is typically combined with an amplifier and loop filter to create a frequency synthesizer and provide system clock signals for digital applications. A coupling circuit consists of the crystal, one capacitor, and one resistor for resonant coupling. The coupling circuit is used to provide an input/output interface between a circuit and a transmission line.

In summary, the 416F48013ATT Crystal Oscillator is a reliable and precise crystal device with excellent long-term stability. It features a wide temperature range and a wide supply voltage range while maintaining the wave resonance frequency over an extended period of time. Its Piezoelectric nature and its ability to be used in crystal oscillator and coupling circuits make it an ideal choice for a variety of commercial, industrial, and military applications.