425F35E024M0000 Application Field and Working Principle

Crystal oscillators are basic electronic components used to generate electrical signals at very precise frequencies, and can be manufactured in different type, sizes and shapes. The most commonly used type are 4-pin SMD crystals, specifically the 425F35E024M0000. This component is known to provide very reliable and consistent output with a wide range of applications.

Applications

The 425F35E024M0000 component is often found in applications such as radios, audio amplifiers, clocks and other time-keeping devices. This component is also used for communication circuitry, test equipment and filters. It is particularly useful when high reliability and consistency is required in the application.

Typically, this type of SMD crystal is used in applications where the signals must be generated at precise frequencies and jitter has to be minimised. The 425F35E024M0000 crystal is especially suited for these applications due to the tight manufacturing specifications and the low standard deviations from various parameters.

Working Principle

The 425F35E024M0000 crystal oscillator is based on a principle known as the piezoelectric effect, where mechanical strain leads to electric fields in certain types of crystals. This effect is also reversible, so electric fields can also be used to cause mechanical stress in the crystal. This is how the source of the oscillation is generated.

When a voltage is applied to the terminal of the 425F35E024M0000 crystal, it will cause the crystal to vibrate, thereby generating an alternating electric current. This current is then fed back to the terminals of the crystal, which will cause the crystal to vibrate in the opposite direction. This feedback serves to reinforce the oscillations and produces a very stable signal.

The frequency of oscillation is determined by the shape, material, and size of the crystal. In the case of the 425F35E024M0000, this frequency is very stable and predictable, since each component is manufactured to very tight specifications.

Conclusion

The 425F35E024M0000 crystal is a 4-pin SMD crystal that is used for generating precise electric signals of a pre-determined frequency. This component is known to provide very reliable and consistent output, and is used in diverse applications such as radios, audio amplifiers, clocks and other time-keeping devices, communication circuitry, test equipment and filters. This component is based on the piezoelectric effect, where mechanical strain leads to electric fields in certain types of crystals. The frequency of oscillation is determined by the shape, material, and size of the crystal. The 425F35E024M0000 crystal has proven its usefulness by providing reliable and consistent output in many different applications.