416F40611AST

Crystals

Crystals are essential components in many electronic devices that require precise frequency regulation and signal editing. The 416F40611AST is an orientated crystal unit with a wide range of uses in many electronic technologies. This article will discuss the applications and working principles of the 416F40611AST in detail.

Characteristics of 416F40611AST

The 416F40611AST has a resonant frequency of 13 MHz to 26 MHz with a tolerance of ±20 ppm. This wide range of frequencies makes it suitable for numerous applications, such as receiver and signal manufacturing, digital clock and timer systems, remote sensing systems and robotic navigation systems. This crystal also offers excellent performance with a reduced power consumption of only 2.6 mm x 1.9 mm and an operating temperature range of 10° C to 70° C.

The 416F40611AST also features excellent shock resistance and a wide bandwidth of 1.25MHz making it suitable for use in applications requiring precise frequency control and signal filtering. This crystal also offers a low impedance of 40Ω to 60Ω giving it a wide frequency response and low distortion rate.

Application Field

This crystal can be used in a wide range of applications, including telecom infrastructure, personal electronic devices, broadcasting and electronic navigation. In telecom infrastructure the 416F40611AST can be used to control and modulate signals effectively, enabling high-speed communication between networks and end-user devices. In personal electronic devices, the crystal can be used to support signal sampling systems, antenna signal tracking, video game and remote monitoring systems. This crystal can also be used in broadcasting systems to ensure accurate frequency transmission and resolution. This ensures proper signal synchronization and signal quality over long distances. The 416F40611AST can also be used in electronic navigation technologies to accurately measure and record input signals, especially in marine navigation systems.

Working Principle

The 416F40611AST works by vibrating a quartz crystal at a fixed frequency. This frequency dictates the frequency of the signal, which is then amplified and filtered. The crystal also vibrates at a higher frequency, resulting in a harmonic, which is canceled out with an electromagnetic field. This allows for precise frequency regulation and signal filtering. The 416F40611AST can achieve this through its oscillator, electrical circuit and electronic transducer.

In its oscillator state, the 416F40611AST is composed of quartz and piezoelectric materials. The quartz structure allows the crystal to vibrate at its desired frequency, while the piezoelectric material helps the crystal to convert electrical energy into mechanical energy. This energy is then amplified and filtered through an electrical circuit, which can accurately detect changes in resonant frequency.

The electrical circuit consists of two capacitors and an inductor. The capacitors are connected in parallel, while the inductor is connected in series. This configuration results in an Electric-Quartz Double-Tuned resonant circuit, which can accurately calibrate the frequency and filter the output signal. Finally, the signal is sent to an Electronic Transducer which translates the vibration in Acoustic waves.

Conclusion

The 416F40611AST is a rugged yet accurate crystal oscillator with a wide range of uses in various electronic technologies. Its wide range of frequencies and low power consumption make it suitable for numerous applications, such as telecom infrastructures, personal electronic devices, broadcasting and electronic navigation. Its working principle revolves around a quartz crystal which is amplified by a double-tuned Electric-Quartz resonant circuit and finally translated into Acoustic waves by an Electronic Transducer.