AST3TQ-19.200MHZ-5-T2

Oscillators play an important role in virtually every high-precision, time-sensitive application in the electronics industry. To ensure the best performance in all conditions, it is important to choose the oscillators that best fit the requirements for a given application, and one of the most popular oscillators used today is the AST3TQ-19.200MHZ-5-T2. This article explores the application fields and working principles of this oscillator.

Applications

The AST3TQ-19.200MHZ-5-T2 oscillator is well-suited for a variety of applications due to its low power consumption and wide frequency range. It has been used most often in automotive, telecommunications, consumer electronics, and medical equipment. In automotive applications, it is used in electronic air conditioning systems, ABS brakes, radar systems, and in the transmission electronics as well as the engine control system. In telecommunications, it has been used in cell towers, satellite positioning systems, and robotics. In consumer electronics, the oscillator is found in mobile phones, laptops, digital cameras, and home media centers. In medical equipment, the oscillator is used in imaging devices, scanning machines, and medical monitors.

Working Principles

The AST3TQ-19.200MHZ-5-T2 oscillator is a quartz crystal oscillator that is based on the vibrational properties of a quartz crystal. The quartz crystal is cut in a specific shape and size with two metal plates attached to the opposite faces of the crystal. This is then placed within an oscillator circuit, and an electrical signal is applied to the plates. The crystal then oscillates at a predetermined frequency which sets the operating frequency of the oscillator. The frequency of the oscillator can be adjusted by using Differential Capacitor techniques. In addition to this, the AST3TQ-19.200MHZ-5-T2 oscillator is temperature-compensated, allowing for more precise frequency control.

Conclusion

The AST3TQ-19.200MHZ-5-T2 oscillator is a high-performance oscillator that is well-suited for a variety of applications due to its low power consumption and wide frequency range. It is based on the vibrational properties of a quartz crystal in an oscillator circuit, and its frequency can be adjusted by using Differential Capacitor techniques. Additionally, the oscillator is temperature-compensated, allowing for more precise frequency control.