FPXLF073-20

Crystal oscillators are widely used as timing elements in many electronic circuits and systems, from microcontrollers to radio-frequency (RF) communication and navigation systems. The FPXLF073-20 is a type of crystal oscillator, and its applications and workings are outlined in this article.

The FPXLF073-20 is a full size quartz crystal oscillator that offers a wide range of applications. It is capable of withstanding wide voltage fluctuations. This oscillator is used in both low- and high-frequency circuits and is capable of sustaining temperature operating ranges from -30°C to 70°C. It can operate on a nominal frequency of 20MHz with a high degree of precision. The integrated circuit layout of this oscillator enables it to generate a highly stable clock signal that can be used in various kinds of circuits needing clocking signals.

The FPXLF073-20 can be used in the following applications:

• Development boards for embedded software
• Personal computers
• Mobile phones
• Radio communication systems
• Navigation systems
• Robotics

These are some of the applications of the FPXLF073-20 crystal oscillator, which can be divided into two main categories: low-frequency applications and high-frequency applications.

In low-frequency applications, the FPXLF073-20 is mostly used for timing and synchronization of digital logic systems. It provides an accurate and reliable clock signal for the microcontroller’s instructions and it also provides time for calculating delays between events. It can also be used for creating Tone-on-tone melodies and ringtones.

In high-frequency applications, the FPXLF073-20 can be used to provide an accurate reference clock signal for various radio communication systems. It can also be used to generate test signals for testing the performance of RF circuits, as well as for setting frequencies in navigation systems.

The principle of working of the FPXLF073-20 crystal oscillator is based on the piezoelectric property of quartz crystals. Quartz crystals are the most common piezoelectric material used in oscillators. Quartz crystals have the property of vibrating at certain frequencies when electric signal is applied to them. The working principle of the FPXLF073-20 is based on this property of quartz crystals.

The quartz crystal is mounted on a base in such a way that an electrical signal can be applied to it. When the electric signal is applied to the crystal, it causes the crystal to vibrate at its resonant frequency. This vibration is transmitted to the electrical output terminals of the oscillator, which produces a signal waveform at the frequency of the quartz crystal.

The FPXLF073-20 crystal oscillator offers a number of advantages over other timing devices. These include low power consumption, low cost, low jitter, high temperature stability and a wide frequency range. It is therefore a popular choice for many timing applications.

In conclusion, the FPXLF073-20 is a full size quartz crystal oscillator that is widely used in various applications. It offers a wide frequency range and a high degree of precision. It is capable of withstanding wide voltage fluctuations and operating over a wide temperature range. The principle of working of the FPXLF073-20 is based on the piezoelectric property of quartz crystals. It offers many advantages over other timing devices, making it a popular choice for many timing applications.