416F27013ALT

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The 416F27013ALT crystal is an exceptionally versatile crystal, with a vast range of applications in both consumer electronics and industrial markets. It has been designed to optimize any electromagnetic energy oscillation package, allowing it to function as a high quality and vibration resistant crystal. This article will discuss the 416F27013ALT’s application field and working principle.

Overview of the 416F27013ALT

The 416F27013ALT crystal is a crystal oscillator produced by Baomar Electronics Co. Ltd. It is suitable for use in low-cost, ultra-small package designs, including crystals, resonators and crystal oscillators, and can handle a wide range of input voltages. It is also a vertically-symmetric structure crystal, meaning that a symmetric structure is formed when the crystal is cut in half. This provides the crystal with improved temperature stability and vibration resistance.

The 416F27013ALT crystal is constructed out of a high-electrode, low-resistance piezoelectric material. This piezoelectric material is sandwiched between two thin arboroids and encapsulated in a highly conductive layer of metallic material. A surface-mounted pin is also attached to one side of the package, allowing for easy connection to external components. The vibrating mechanism, meanwhile, is driven by a larger electrode and is capable of a wide frequency range of 1MHz to 9MHz.

Application Fields of the 416F27013ALT

The 416F27013ALT crystal is a versatile and power efficient crystal, with applications across a variety of fields. It is most commonly used in consumer electronics, including microprocessors, system controllers, computers, and mobile devices. It can also be used for a range of industrial purposes, such as automated systems, automated manufacturing processes and automotive applications.

Due to its small size, the 416F27013ALT is also popular in wearables, medical devices and automotive systems. It can be used to monitor vital signs, control robotics, monitor position and navigation, and help driverless cars to stay on track.

Working Principle of the 416F27013ALT

The 416F27013ALT crystal works by converting electrical energy into mechanical energy. It consists of two electrodes which are opposite to each other. When a voltage disparity is created between the two electrodes, a minute potential difference is produced. This potential difference corresponds to a frequency, which coincides to the vibration of the crystal.

The frequency of the 416F27013ALT crystal is part of its self-arbitrating system. As the frequency is constant and does not vary, it helps to keep the system in balance. This frequency is also used to provide synchronization in mechanical, electrical and electromechanical systems.

At the same time, the vibrating portion of the 416F27013ALT crystal is a ferro-electromagnetic transducer. This means that it is able to convert electrical signals into mechanical signals, and conversely mechanical signals into electrical signals. This allows the 416F27013ALT to be used as both a receiver and a transmitter.

Conclusion

The 416F27013ALT crystal is a versatile and robust crystal with applications in both consumer electronics and industrial markets. It works by converting electrical energy into mechanical energy, while its frequency is used to keep the system in balance. It is also capable of converting electrical signals into mechanical signals and vice versa, making it a popular choice for wearables, medical devices and auto systems.

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