416F240XXCDT

416F240XXCDT Application Field and Working Principle

The 416F240XXCDT is the crystal oscillator, a type of electronic component that produces electrical signals of an exact frequency. This technology emerged as a solution to the inconsistency of early mechanical watches, with quartz crystal technology and frequency control offering unprecedented accuracy.

The 416F240XXCDT is a precision quartz oscillator that is widely used in the telecommunications industry. This device oscillates over the range of 1MHz - 270MHz to produce stable and consistent frequencies. The quad package format of the 416F240XXCDT makes it ideal for space and volume constrained applications, and its quartz crystal filter ensures high-precision performances through a wide range of environmental conditions.

The 416F240XXCDT is utilized for a wide range of applications, from wireless medical sensing equipment to mobile satellite communications. This device is preferred for its accuracy and reliability, and it is widely integrated in radio communication systems and consumer electronics.

Functional Principle

Crystals oscillators use the physical property of a quartz crystal, which is the tendency of the material to vibrate, or oscillate, when struck by an alternating current. The frequency of the quartz crystal changes proportionally to the width of the cut and the number of plates. The 416F240XXCDT devices use precisely-cut quartz crystals that vibrate in response to an electrical signal, producing a predictable and consistent frequency when alternating current is applied. This technology provides high-accuracy frequency control.

The 416F240XXCDT devices feature an oscillator sealed in a metal enclosure. As an electrical current is applied, the quartz crystal is excited to vibrate, producing a stable oscillation frequency. This frequency is then further amplified and stabilized electronically in order to produce the output signal. The 416F240XXCDT supports an output frequency range that varies from 1MHz - 270MHz.

Another advantage of quartz oscillators is their ability to be used as an oscillator, but also as a filter for other frequencies. When compared to traditional filters, quartz filters are smaller and more efficient, making them an ideal choice for discrete electronic components used in many digital and communication circuits.

Applications

The 416F240XXCDT is most commonly used in the telecommunications industry, and it offers a wide range of applications that include:

• Wireless medical sensing equipment
• Radio communication systems
• Portable television systems
• Mobile satellite communications
• Consumer electronics
• Navigation systems
• Timing circuits

The 416F240XXCDT is highly versatile, and its frequency stability makes it an excellent choice for a variety of applications that require high-precision frequency control.

Conclusion

The 416F240XXCDT crystal oscillator is a precision quartz oscillator that is widely used in the telecommunications industry. This device oscillates over the range of 1MHz-270MHz to produce stable and consistent frequencies that provide high-accuracy frequency control. The 416F240XXCDT is preferred for its accuracy and reliability, and it is widely integrated in radio communication systems and consumer electronic devices. It is highly versatile, and its frequency stability makes it an excellent choice for a variety of applications that require high-precision frequency control.