017290

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Crystals are highly efficient and reliable oscillators used in most applications such as radio communications and frequency controls. The 017290 crystal is a small and intimidating part, yet it is one of the most critical components in the development of any radio-frequency-based circuit or product. In this article, we will discuss the 017290 application field and working principle, in order to better understand its role in our everyday lives.

The Application Field of 017290 Crystals

Crystals have been used for generations in numerous electronic products and devices, such as cellular phones, home electronics, GPS receivers, and other navigation equipment. The 017290 crystal, in particular, is a type of quartz crystal that is commonly used in radio frequency circuitry. It serves two main functions, namely resonator and oscillator.

When functioning as a resonator, the 017290 crystal is connected to a circuit and is used to determine the frequency of an incoming signal. The crystal oscillates at a specific frequency and will send a signal out that is proportional to the incoming frequency, allowing the circuit to accurately detect and adjust for any variations in the received frequency.

When functioning as an oscillator, the 017290 crystal is connected to an amplification circuit, allowing the crystal to oscillate at a constant frequency. This frequency is then used by the circuit to determine the output frequency of the amplifiers. In many cases, this can be set to a specific frequency, allowing the user to customize the output frequency of the device.

The Working Principle of 017290 Crystals

The 017290 crystal works by using a process known as piezoelectricity. This process is based on the principle of “piezo-effect”, which states that when a crystal is mechanically deformed, it develops an electric charge. This process is exploited in the 017290 crystal, which has two conductive plates on either side of the quartz crystal, used to generate and detect the electric charge.

When an AC current is applied to the crystal, it begins to vibrate at its resonant frequency. This vibration then generates an electric field between the two conductive plates of the crystal, which is measured by the connected circuit. By monitoring this electric field, the circuit is able to accurately determine and regulate the crystal’s output frequency.

The high degree of accuracy and reliability provided by the 017290 crystal make it a perfect choice for many radio frequency circuits. It is also very affordable, making it an ideal component for a variety of consumer electronic products.

Conclusion

The 017290 crystal is a small but necessary component in the development of many radio frequency circuits. It works by using the piezoelectric effect to vibrate at a specific resonant frequency, which generate an electric field that can be accurately measured and regulated by the connected circuit. This allows for high precision and reliability, making it a great choice for almost any radio frequency application. Thanks to its low cost and ease of use, it is an ideal choice for many consumer electronic products.

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