402F38412IAT

Introduction to 402F38412IAT Crystals

Crystals are particularly essential components of electrical and electronic products. One such example is the 402F38412IAT (or "402F") crystal, which is a type of highly efficient tuned resonator used in a variety of applications. The purpose of this article is to detail the features and applications of this type of crystal, as well as the basic specification of their working principle.

Features of the 402F38412IAT Crystal

The 402F38412IAT crystal has several unique features that make it well-suited for a variety of applications. For example, it has an optimized electrical and mechanical design, which allows for a very low vibration level and low frequency stability. Its casing is made of a high-grade, corrosion-resistant metal that makes it resistant to electrical interference and other environmental factors. The 402F crystal also boasts an impressive temperature stability and can be operated at temperatures ranging from -40°C to 70°C.

Additionally, the 402F38412IAT crystal is designed to be highly energy efficient. This is due to its low operating voltage and current levels, as well as its low dielectric absorption. These features make the 402F crystal an ideal choice for applications that require both a low power consumption and a high frequency stability.

Applications of the 402F Crystal

As mentioned, the 402F crystal is a highly efficient resonator and can be used in a range of different applications. It is most commonly used in radio communication systems and automotive audio systems, where its accurate frequency stability and low power consumption make it ideal. Additionally, the 402F crystal is used in a variety of other applications, including robotics, computers, security systems, and much more. This crystal is also well-suited for applications in the medical industry, where its accuracy and stability can be used in medical devices and patient monitoring equipment.

Working Principle of the 402F Crystal

The 402F38412IAT crystal is a type of LC resonator, meaning that it operates by means of an inductance and capacitance. In this type of resonator, the inductor is formed by two parallel capacitances that are arranged in series. The capacitances create an oscillating magnetic field around the crystal, which sets up a resonant frequency at which the crystal will operate.

The parallel capacitances are also responsible for the crystal\'s high frequency stability, as they act like a filter to isolate the crystal from external disturbances. This helps ensure that the crystal remains in tune, even in the presence of strong external signals. The 402F38412IAT crystal also has a protective layer of vitreous material, which helps to further enhance its stability and accuracy.

Conclusion

The 402F38412IAT crystal is a highly efficient LC resonator that is ideal for use in a range of electrical and electronics applications. It features an optimized mechanical and electrical design, as well as a protective layer of vitreous material, which make it well-suited for use in systems that require both a low power consumption and a high frequency stability. Additionally, it has excellent temperature stability, making it suitable for use in a wide range of environments. With its unique features and wide range of applications, the 402F38412IAT crystal is a great option for any project.