CX2016DB38880D0KJSC1

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Crystals are optical component components consisting of surfaces cut into specific shapes so as to create reflections or environment. The specified surface is produced from natural quartz crystal or synthetic quartz material. The principle of their operation is to generate electric signals using piezoelectric effects.

This paper discusses CX2016DB38880D0KJSC1 application field and working principle in crystals. The CX2016DB38880D0KJSC1 product is developed by Crystek Corporation, a professional manufacturer and supplier of standard and custom quartz crystals, oscillators and components. It is a SC cut quartz crystal oscillator with a frequency of 20MHz, operates at 3.3v, 10PPM, and a supply current of 10mA.

The application fields of CX2016DB38880D0KJSC1 crystals include telecommunications such as mobile phones, radio receivers, and televisions; medical equipments such as electrocardiographs, oximeters, and medical imaging cameras; industrial use such as motor controllers, electric vehicles, robots; and in computers, clocks, and other digital devices. As a result, CX2016DB38880D0KJSC1 crystals are widely used in all kinds of electronic products.

The working principle of CX2016DB38880D0KJSC1 crystals is based on the physical phenomenon of piezoelectricity. A piezoelectric crystal is programmed to vibrate at a certain frequency and consumes very little power. A polarized electrical field is applied to the crystal lattice, causing it to resonate at a specific frequency. When a voltage is applied to a quartz crystal, the distortion of the crystal lattice causes the particles within it to vibrate at a frequency determined by the crystal\'s size and shape.

The electric field causes the crystal lattice to deform. In the process, the crystal lattice produces electric charges called the piezoelectric effect, which are collected at the output terminals. These charges are rectangle in shape and change their magnitude in accordance with the input supply potential. The generated rectified output acts as an input signal for the oscillator circuit, controlling the oscillating frequency of the oscillator based on the applied voltage.

Finally, the generated oscillations are further amplified to output the desired frequency. The output frequency is determined by the size, shape and material composition of the quartz crystal. It is also affected by the surrounding environment and varies with applied voltage. Therefore, for CX2016DB38880D0KJSC1 crystals, 20MHz is the frequency of oscillation depending on its size, shape and material.

In conclusion, CX2016DB38880D0KJSC1 crystals are used in many electronic applications in the fields of telecommunications, medical equipments, and industrial use. The working principle of these crystals is based on the physical phenomenon of piezoelectricity, wherein a polarized electric field is applied to the crystal lattice, causing it to vibrate at a specific frequency. The output frequency is determined by the size, shape and material composition of the crystal. This product operates at 3.3v, 10PPM, and a supply current of 10mA with a frequency of 20MHz.

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