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Crystals: 4P036F35IET Application Field and Working Principle

Crystals are an important variable in electrical and electronic engineering that supply electrical signals at precise and exacting frequencies. In order to achieve this, crystals undergo a very specific process that results in a frequency-defined output. This particular article will focus on a specific crystal, the 4P036F35IET, and the application field and working principle of it.

Introduction to the 4P036F35IET

The 4P036F35IET is a quartz crystal that has been designed to operate within a frequency range of 3 to 6 MHz, offering a high precision and low-cost solution for a range of programmable microcontrol systems designs, such as those found in consumer electronics products and commercial telecom network designs. It has a temperature range of -10 to +70 degrees Celsius and is also reversible for certain microcontrol systems designs.

Application Field of 4P036F35IET

The 4P036F35IET is an ideal choice for a full range of microcontrol system designs, including the design of consumer electronics and commercial telecom networks. This includes smart TVs, media players, complex lighting systems, and more. It can also play an important role in precision timing circuits in which stability and accuracy is of paramount importance.

Because of its low cost, it is a popular choice among engineers and technicians who value efficiency, consistency, and precision in their electrical designs. It is also increasingly common in non-technical consumer electronics, such as kitchen appliances or medical equipment that require accurate timing and stable frequencies for certain operations.

Working Principle of 4P036F35IET

The 4P036F35IET crystal is based on a piezoelectric principle. This means that an electrical field is applied to the crystal, causing it to change in size and shape. This causes the frequency of the outputted signal to change accordingly. The frequency of the outputted signal is then determined by the size and shape of the crystal that the electrical field is applied to.

Depending on the application, the electrical field can be adjusted to achieve the required frequency. For example, if a frequency of 5MHz is required, then a specific size and shape of the crystal will be chosen and an electrical field will be applied to it to achieve that specific frequency.

In addition, the 4P036F35IET crystal is also reversible, meaning that it can be used in a number of different ways depending on the particular application. This makes it an extremely versatile piece of kit for electrical and electronic engineering, providing engineers with the flexibility to design systems according to their specific requirements.

Conclusion

The 4P036F35IET crystal is an extremely versatile, low-cost and high-precision crystal that supplies electrical signals at precise and exacting frequencies. It can be used in a variety of applications, including consumer electronics and commercial telecom networks. Its piezoelectric principle means that an electrical field is applied to the crystal to change its size and shape, causing the frequency of the outputted signal to change accordingly. Its reversibility further adds to its versatility, allowing engineers to design systems that are tailored to their specific needs.

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