416F260X2ILR

416F260X2ILR

The 416F260X2ILR is part of a range of frequency control devices belong to Crystals category. It is a fourth-overtone crystal oscillator that provides stable clock signals in a wide range of electronic devices. It is a versatile crystal oscillator that will find applications in a variety of fields.

Application Fields of 416F260X2ILR

416F260X2ILR finds application fields in a wide range of electronic devices, especially those that need a reliable quartz clock source. It can be used in the timing of digital components, such as microcontrollers, RAM, and ROM, as well as a variety of analog components, including amplifiers, phase-locked loops, and phase detectors. It is also used in automotive, aerospace, and military applications due to its ability to provide stable frequencies under harsh conditions.

Working Principle of 416F260X2ILR

The 416F260X2ILR works on the principle of piezoelectricity, which is the phenomenon in which mechanical vibration produces electricity. In this oscillator, electrical energy is fed into the crystal, which causes it to vibrate at a frequency determined by its physics. The vibration of the crystal produces an electrical pulse, which is amplified and used to generate the clock signal. This signal is then provided to any components that require a clock signal for synchronization and timing.

Conclusion

The 416F260X2ILR is a crystal oscillator, which is part of the Crystals category. It is used as a quartz clock source in a variety of electronic devices, due to its ability to provide stable frequencies under varying conditions. It operates on the principle of piezoelectricity, where electrical energy is used to vibrate the crystal, which then produces an electrical pulse to generate the clock signal.