FPXLF080-20

Crystals are one of the oldest known technologies, used for centuries for their ability to harness energy. The FPXLF080-20 is a high-Frequency Crystal Oscillator developed by Dellner Components AB. It is a self-contained oscillator specifically designed for high-accuracy timing applications, using the traditional crystal technology. This article will discuss the application field and working principle of the FPXLF080-20.

FPXLF080-20 Application Field

The FPXLF080-20 is designed to provide high accuracy timing solutions for numerous applications. This crystal oscillator is well suited for applications such as: Frequency synthesis, Telecommunications Systems, Computer Networks, Automotive Electronics, and industrial Process Control Systems.

In Frequency synthesis, the FPXLF080-20 is used to output a signal of exact frequency, which can then be used as an input for other Radio Frequency (RF) circuits. It can also be used in Telecommunications Systems as a clock source for data synchronization purposes. The crystal oscillator is also used in computer networks for timing applications such as data transmission, clock synchronization, and for checking signal integrity.

The FPXLF080-20 is used in Automotive Electronics for numerous applications. It is used in braking systems for anti-lock brake systems (ABS) as a wheel speed sensor. It is also used in car accessory systems such as door and window motors, fuel control systems, and traction controls. Finally, it is used in industrial process control systems to provide precisely timed outputs for equipment in factories as well as applications requiring synchronization between multiple devices.

FPXLF080-20 Working Principle

The FPXLF080-20 is a high-frequency crystal oscillator which uses the traditional crystal technology in order to generate precise timing outputs. It consists of a piezoelectric crystal, an oscillator circuit, and an amplifier to amplify the oscillator signal. The oscillator circuit contains an amplifier and a tank circuit, which are connected together in a loop. The amplifier amplifies the signal from the tank circuit and feeds it back to the tank circuit, thus creating an oscillating signal.

The piezoelectric crystal is a resonator, which vibrates at a specific frequency dependent on its physical properties. The oscillator circuit uses the piezoelectric properties in order to cause the crystal to oscillate at its natural frequency, also known as the resonant frequency. This frequency can be adjusted by changing the capacitance or inductance of the tank circuit, or by varying the driving voltage of the amplifier.

The FPXLF080-20 is designed for applications requiring very precise timing, and has a frequency accuracy of +/- 20 ppm. This means that the crystal oscillator can output a frequency within 1 part in 5 million, which is very accurate for most applications.

Conclusion

The FPXLF080-20 is a high-frequency crystal oscillator from Dellner Components AB, specifically designed for applications requiring precise timing.It is suitable for a variety of applications, including Frequency synthesis, Telecommunications Systems, Computer Networks, Automotive Electronics, and Industrial Process Control Systems. The crystal oscillator uses traditional crystal technology, and has a frequency accuracy of +/- 20 ppm, which makes it an ideal choice for applications requiring very precise timing.