FA-128 27.1200ME15X-AJ0

Crystals form the backbone of modern electronic devices. Consisting of piezoelectric materials with precisely aligned lattice planes, they help to control the flow of electric current in a variety of ways. The FA-128 27.1200ME15X-AJ0 is a type of crystal oscillator that finds application in a variety of high-performance electronic devices, including industrial machines, telecommunications systems, and portable electronics. This article will discuss the specific application fields of the FA-128 27.1200ME15X-AJ0 and its basic working principle.

Application Fields

The FA-128 27.1200ME15X-AJ0 serves as an ideal choice for use in many high-precision electronic devices that require excellent frequency stability and very low phase noise performance. Typically, such devices include in-dash navigation systems, automotive audio systems, satellite broadcast receivers, cordless telephones, and portable media players. It is an optimal choice for communications and meshing networks, wireless infrastructure systems, medical equipment, and wireless access points.

Due to its outstanding performance, the FA-128 27.1200ME15X-AJ0 is also highly suitable for military and aerospace applications. It can be found in military-grade radios, radar systems, and navigational gear, making it an ideal choice for use in high-integrity environments. It is also used in automotive issues such as engine controllers, brake controllers, and seat belt sensors.

Working Principle

The working principle of the FA-128 27.1200ME15X-AJ0 is based on the production of a precise and stable component of frequency. It works by incorporating a quartz crystal into a precisely engineered electromechanical resonator, a process known as fundamental-mode oscillation. The resonator is then connected to a resonator biasing network, which is necessary for the crystal’s oscillation. A DC bias voltage is applied across the crystal to produce a small current through it. This current causes the crystal to vibrate at its own specific resonant frequency.

The frequency of oscillation is then amplified by an oscillator circuit and the amplified signal is fed to an amplifier. This amplifier then supplies the output signal to the associated system. The stability of the output frequency is dependent on the alignment of the crystal lattice planes with the components used in the resonator. The level of precision involved in the manufacture of the crystal oscillator is what makes the FA-128 27.1200ME15X-AJ0 such an ideal choice for use in high-precision electronics.

Conclusion

The FA-128 27.1200ME15X-AJ0 crystal oscillator is a highly precise and stable device with exemplary performance in many different types of applications. This makes it an ideal choice for use in high-precision electronic devices, from automotive and aerospace to communications and military purposes. Its working principle is based on the production of a precise and stable component of frequency through the incorporation of a quartz crystal into a precisely engineered electromechanical resonator.