Crystals: 416F52035IAT Application Field and Working Principle

A crystals is an opaque solid formed by an arrangement of atoms, ions, or molecules in a highly organized repeating pattern. A crystal structure is the arrangement of the constituent particles of the material. Crystals are especially important in electronics because of their piezoelectric properties, which are exploited in a variety of applications, such as radios, oscillators, and crystals. Among them, 416F52035IAT crystal is one of the most popular crystals in the fields of communications and networks being used.

416F52035IAT crystal is a type of crystal with a specified frequency and load capacitance. It is designed for use in high-frequency applications and can be used to generate an accurate clock signal. It is suitable for operation in noise- and temperature-sensitive applications. Because of its stability and accuracy, it is widely used in electronic communication devices, such as digital phones, modems, and computers.

416F52035IAT crystal has a frequency range from 1.8 MHz to 10 MHz, with a load capacitance of 8pF to 15pF. The maximum frequency deviation of the crystal is ±10 ppm and it has a maximum stop-band attenuation of 78dB. The maximum operating temperature is up to 125°C, and it has a supply voltage of 3.3V.

The working principle of 416F52035IAT crystal is based on its piezoelectric effect. Piezoelectricity is a phenomenon in which electrical charge is generated when a material is stressed. When an external electrical signal is applied to the crystal, the atoms in the material vibrate and generate a signal at a specific frequency, known as the crystal’s resonant frequency. This signal oscillates at a specific frequency depending on the crystal’s structure and is used to generate a clock signal.

The output signal from the 416F52035IAT crystal can be used for various applications, such as generating a clock signal for digital devices, like modems, phones and computers. It can also be used for signal filtering, or frequency multiplication. Furthermore, 416F52035IAT crystals can be used for signal stabilization, as well as for electrical noise suppression in electronic equipment.

In conclusion, the 416F52035IAT crystal is a widely used device in acoustics, electronics, and communications. It is used to generate an accurate clock signal, and its stability and accuracy are highly beneficial in noise- and temperature-sensitive applications. Its piezoelectric effect provides the crystal with the ability to generate a signal at a specific frequency, which allows it to be used for various applications, such as signal filtering, frequency multiplication and signal stabilization.