416F3001XATT

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Crystals are a type of solids most notable for their symmetrical shape, highly ordered internal structure and its static external appearance. They come in many sizes, shapes, and colours and contain various patterns or shapes. Their intricate constructions allow them to convert, move, and store energy. Crystals are some of the oldest materials on earth and their applications span many industries, such as technology, astrology, energy healing, and marketing.

The 416F3001XATT crystal is a type of quartz crystal that has a frequency range of 20MHz to 30MHz. It has a third overtone frequency of over 90MHz and possesses excellent temperature stability with a ±30ppm/°C over a temperature range of -40°C to 85°C. It is well suited for a wide range of commercial and industrial applications.

The 416F3001XATT crystal is primarily used in oscillator circuits to convert a DC voltage into an AC voltage of a specific frequency. These crystals are piezoelectric, meaning that when an AC electrical field is applied to them, they vibrate at a frequency determined by their size and construction. This AC voltage is then fed into an amplifier to amplify the frequency and then sent to electronic circuits for specific applications.

This crystal is commonly used as a clock oscillator due to its excellent frequency stability and stability across a range of temperatures. Clock oscillators are used to generate accurate timing signals and are especially useful in digital circuits and microprocessors where a precisely timed signal is necessary. It can also be used in radio frequency applications, such as radio receivers and transmitters, as a reference oscillator or clock source.

The 416F3001XATT crystal utilizes a parallel resonance circuit which utilises the inherent capacitance of the quartz crystal to increase the output frequency. This circuit usually consists of two components; a resistor and capacitor connected in series with the crystal. The capacitor and resistor are selected such that their combined capacitance and resistance match the series resonant frequency of the quartz crystal.

This creates a resonance circuit, where the crystal is in tune with the circuit, and does not dissipate any energy in the form of heat. Instead, it reflects the energy back, resulting in an amplified signal with very low distortion and a high output power. This crystal utilizes this parallel resonant circuit to get significantly higher output level compared to other crystals.

The 416F3001XATT crystal is used in many commercial and industrial applications for a variety of reasons. It is very stable, and its superior frequency stability makes it an ideal clock source for digital circuits. It can also be used in radio frequency applications, as it can provide a stable reference signal with low distortion. Its temperature stability makes it a good option for applications where temperature variations are common. Lastly, its high output power and low distortion make it suitable for use in energy healing devices, as well as in marketing applications where accuracy is paramount.

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