416F38435AKT

Crystals

Crystals are solid materials in which the atoms, molecules, or ions are arranged in a regular and repeating three-dimensional pattern. The 416F38435AKT is classified as a crystal component and is part of a specific type of quartz crystal. It is popularly used in oscillator circuits due to its stable electrical characteristics, high frequency tolerance, and broad chemical resistance.

Application Field of 416F38435AKT

416F38435AKT is widely used in the frequency-temperature compensating crystal oscillators, especially for its valuable characteristics of low phase noise, low aging, and good stability over a wide temperature range. It can be classified as temperature stable (TCXO) and voltage-controlled (VCXO).The 416F38435AKT crystal oscillators show extremely low phase noise, which makes them good choice in GPS field, navigation equipment and aerospace.

The 416F38435AKT crystal oscillator is also used in telecommunication and broadcast equipment since they feature good frequency stability over wide temperature ranges, good shock resistance and low aging characteristics. Moreover, they are used in frequency division or frequency synthesisers to generate timing signals or used as a reference oscillator as part of a phase locked loop.

Working Principle of 416F38435AKT

The 416F38435AKT crystal oscillator is designed to vibrate at a specific frequency under the influence of an electric field. Its working mechanism is based on the acoustic-optic effect. When a electric field is applied across the opposite faces of a quartz crystal plate, an acoustic wave is propagated through the plate. This sound wave bends the quartz plate and causes it to oscillate and generate an AC signal. This signal is then amplified and frequency-selected in order to produce an electrical signal with a precise frequency.

The 416F38435AKT crystal oscillator is designed to work within specific temperature ranges. In order to ensure the high-frequency performance of the oscillator, the crystal component must be maintained within these temperature ranges. In this way, the oscillator can produce an output signal with a very accurate frequency and low jitter.

Conclusion

The 416F38435AKT crystal component is a type of quartz crystal oscillator. It is popularly used in frequency-temperature compensating crystal oscillators due to its stable electrical characteristics, high frequency tolerance, and broad chemical resistance. It is often used in GPS, navigation, aerospace, telecommunication, and broadcast equipment. The oscillator works based on the acoustic-optic effect, and must be maintained within certain temperature ranges in order to ensure high-frequency performance and output signal accuracy.