416F38425ADT

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Crystals are vital components in many radio transmission and reception products. A good crystal can provide stable, reliable and consistent frequency and phase. 416F38425ADTCrystal is one such crystal, widely used in various radio applications. This section will discuss the application field and working principle of the 416F38425ADT crystal.

Application Fields of the 416F38425ADT Crystal

The 416F38425ADT Crystal is widely used in a variety of radio transmission and reception products. It is used in radio receivers, transmitter amplifiers, radiometers, and frequency synthesizers. It is also used in cellular base stations, satellite ground terminals, Global Positioning System (GPS), and other radio-based systems.

The 416F38425ADT Crystal is also used in telecommunication equipments such as modems, radios, jamming systems, and other similar units. It can also be used in various measuring instruments, antennas, and laboratories. Additionally, the 416F38425ADT Crystal is widely used for communication, radar, and navigation systems.

Due to its stability and precision, the 416F38425ADT Crystal can also be used in oscilloscopes, printers, receivers, sound synthesizers, computers, recorders, and audio equipment.

Working Principle of the 416F38425ADT Crystal

A crystal is an oscillator that functions as an electronic device by using the piezoelectric effect to convert an applied voltage into an electrical signal. The 416F38425ADT Crystal functions in a similar way, where an alternating voltage is applied to it and it converts the alternating voltage into a stable and reliable frequency.

The 416F38425ADT Crystal is comprised of two metal plates that are joined together with a piezoelectric material in between them. As the applied alternating voltage changes, the piezoelectric material vibrates and produces a mechanical strain on the metal plates. This strain is then converted into an electrical current which is output as a steady frequency and phase.

The 416F38425ADT Crystal can be used to produce frequencies from 0.5MHz to 40MHz. It has an active vibration and amplitude control, allowing it to be used for both narrow band and wide band frequencies. Additionally, the 416F38425ADT Crystal has good temperature characteristics, making it ideal for applications that are subject to extreme temperatures.

The 416F38425ADT Crystal also has a low jitter capability, which is highly beneficial for many radio applications. As the 416F38425ADT Crystal has an ideal frequency stability, it can be used for very precise and accurate frequency control.

Conclusion

The 416F38425ADT Crystal is a highly versatile and reliable crystal that is used in a wide range of radio-based applications. It is capable of producing stable and reliable frequencies up to 40MHz with a low jitter. Additionally, the 416F38425ADT Crystal has excellent temperature characteristics and active vibration control, making it an ideal choice for many radio applications.

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