405C35E27M00000

405C35E27M00000 Application Field and Working Principle

405C35E27M00000, also known as C35 crystal, are widely used in many applications due to its simplicity, reliable performance and small physical size. Because of its low price and good accuracy, it is increasingly popular in a variety of electronic circuit applications. Major applications include oscillator, frequency synthesis, clocking, timing, etc.

The working principle of C35 crystals is based on the piezoelectric effect. Piezoelectric crystals contain material of piezoelectric effect. When a mechanical force (such as a pressure applied with a finger) is applied on this material, an electric current or voltage change can be generated. Conversely, when an electric voltage is applied to the same material, a deformation can be observed. The physical mechanism behind this phenomenon is based on a dipole movement of its molecules when they are included in an electric field.

C35 crystals mechanically vibrate under the influence of an alternating electric field. When the applied electric potential exceeds a certain threshold, a vibration resonance is established. This resonance takes place around the self-oscillation frequency of the crystal. This oscillator frequency is precise and stable. The two sides of the crystal, one side is the top of the resonant vibration and the other side is the bottom of the vibration. When the crystal oscillator is connected to an electronic circuit, the resonance of the oscillator can be used as a reference signal to provide an oscillating output.

The major parameters which define the output frequency from a C35 crystal oscillator include the motional parameters of the crystal (series resistance and capacitance) and the frequency of the self-oscillation of the crystal itself. The frequency stability of the crystal oscillator and its phase noise performance are mainly determined by the quality factor (Q-factor) of the crystal itself. The higher the Q-factor, the higher the frequency stability of the oscillator.

Due to its wide range of frequency and small size, C35 crystals are an ideal choice for many applications. Some of the common applications include frequency synthesizers, clock oscillator and digital filters, etc. It can also be used in frequency synthesis, clock oscillator and Digital filters and so on. It can provide a stable and precise frequency which is essential for the successful operation of these devices.

C35 crystals offer great flexibility and value in many electronic designs. It can provide precise frequency, low cost and easy implementation. It also has excellent temperature stability and low cost. C35 crystals are used in a wide range of applications and have been a preferred choice for many manufacturers.