416F50035ATT

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals

Crystals are vital components in the modern electronics industry. They are used in a wide range of applications, such as in the production of oscillators and filters, and are also utilized in the frequency control of numerous electronic systems.Crystals are constructed from a single-crystal material, such as quartz, in order to accurately determine their mechanical and electrical performance characteristics.One such example is the 416F50035ATT or "416 Crystal."

416F50035ATT Application Field

The 416F50035ATT is an AT-Cut Quartz Crystal oscillator packaged in a miniaturized 4-pin ceramic surface-mount package.It operates over a temperature range of -40C to +85C.At the heart of the 416 oscillator is a resonating element, which is a quartz crystal cut along a particular plane (or “AT cut") to determine its frequency performance.When the 416 is properly addressed and the oscillator is switched on, the crystal will start oscillation at its chosen frequency.The 416 Crystal can be used in a range of electronic devices, including oscillators, frequency dividers, filters, envelope detectors, semi-rigid cables, and more.

416F50035ATT Working Principle

The 416F50035ATT utilizes the behavior of a quartz crystal to generate specific frequency (or electrical) signals.A quartz crystal is formed from a single crystalline material and dielectric layers.When an electric field is applied to the quartz crystal, a “shunt capacitance” is created between the plates. This capacitance significantly increases the electrical resistance. As the external electrical field is increased, the competition between the shunt capacitance and the mechanical restoring force causes the crystal to vibrate at the frequency which corresponds to the electrical field.The oscillation frequency of the 416 oscillator is determined by the mechanical properties of the quartz crystal and its air gaps.

The 416F50035ATT oscillator has a fundamental frequency of 3.2MHz and is essentially a parallel resonant circuit. The external components of the oscillator are essentially a series connected inductor and capacitor. This LC circuit is in parallel with the quartz crystal, and its electrical characteristics determine the overall behavior of the oscillator.The oscillator works by amplifying the resonance frequency of the quartz crystal. When it is operated at the resonant frequency of the quartz crystal, an oscilloscope trace will show an almost perfect sine wave. This sine wave will have specific frequency characteristics determined by the crystal itself and by the external components used in the oscillator.

The 416F50035ATT oscillator can also be used in a few other applications such as frequency synthesis, frequency division, and even as an active filter. However, its primary function is to generate a stable oscillation of a crystal-determined frequency.

The 416F50035ATT crystal can be an ideal fit for many applications because of its superior frequency stability and low-distortion waveform. It is also the perfect choice for smaller, portable applications where size and space considerations are important. Since the 416F50035ATT is an AT-Cut quartz crystal, it offers superior performance over other types of crystals, making it the go-to choice for a wide range of applications.

The specific data is subject to PDF, and the above content is for reference