416F38012ITR

416F38012ITR Application Field and Working Principle

This paper will provide an overview of the application field and working principle that 416F38012ITR Crystals occupy. Additionally, this paper will provide a brief overview of some of the features and specifications associated with these crystals. With a better understanding of 416F38012ITR Crystals, one can more easily identify the areas in which they are best suited for.

Application Field

416F38012ITRCrystals are used in a variety of applications due to their superb reliability, high stability and higher precision. These crystals are mainly used in electronic devices and circuits such as oscillators, computers, watches, audio systems, and many more. Additionally, they are commonly found in commercial, automotive, military, and medical devices and equipment.

Working Principle

To understand the working principle of 416F38012ITR Crystals, it is essential to first understand how these crystals are made. The structure of the crystal consists of a quartz plate along with electrodes which function as an oscillator. The quartz plate is cut into an arc from a rectangular segment and then a thin metal layer is placed above it, in a half circle shape. Then the circuitry is added, in order to make it oscillate. The vibration frequency of this crystal depends on the size of the quartz plate and the type of electrodes used. The crystal oscillators produce an electrical signal with a very small constant frequency. The frequency created by the 416F38012ITR crystals can be modified by changing the shape of the electrodes or by changing the size of the quartz plate.

Features and Specifications

The 416F38012ITR Crystals offer superior accuracy with values of +-3ppm and has a great temperature stability with a range of -40C to +85C. The crystals has a maximum frequency range of 42MHz with a minimum frequency of 10kHz, allowing for a wide variety of applications. The oscillator circuit of this crystal requires a voltage of 5VDC with a maximum load capacitance of 30pF. Furthermore, the crystal also has an incredibly low power consumption with a power dissipation of less than 20mW. This feature enables the crystal to be used in low power applications.

Conclusion

In conclusion, the 416F38012ITR Crystals have the flexibility and reliability needed for a variety of applications. Their superior accuracy, temperature stability, and low power consumption makes them an ideal choice for a variety of applications. Also, the wide frequency range and maximum load capacitance make them a versatile crystal, allowing for a variety of uses for all kinds of applications.