LFXTAL020131REEL

Crystals are widely used as oscillators, filters and duplexers in a variety of applications. The purpose of this article is to discuss the application fields and the working principle of the LFXTAL020131REEL oscillator.

The LFXTAL020131REEL oscillator is a surface-mounted ceramic resonator made of an ancient secret alloy. It is highly reliable, providing flexibility and excellent long-term stability in time and temperature. The device has a frequency range from 6 to 20 MHz and is suitable for high-speed digital radio applications requiring precise frequency control, such as wireless communication, navigation, and broadcasting systems. The high-quality factor also makes it suitable for use in analog and digital electronic devices, such as computers, telecommunications systems, and audio-frequency devices. It is tamped with a HVQFN 5x5 surface-mount package.

The LFXTAL020131REEL oscillator works according to the principle of mechanical resonance, wherein a metallic plate is driven to vibrate at its natural frequency by an electrical current passing through it. The plate is also connected to a ground, providing the restoring force needed to restore the plate to its equilibrium position after experiencing an external force. The frequency of the oscillations is determined by the mass and elasticity of the plate, and is usually tuned by the capacitive reactance of the circuit. The vibrating plate is connected to a lead frame and then to electrodes on a package. When the electrical current passes through the plate, the plate starts to vibrate at its natural frequency. The sensed vibrations are then sent to the load as an output.

Overall, the LFXTAL020131REEL is an extremely reliable oscillator that is well-suited for use in a wide range of applications where precisely controlled frequencies are needed. Its high-quality factor, long-term stability and flexible package make it an ideal choice for digital radio, communications, navigation and broadcasting system, in addition to analog and digital electronic devices.