X3AEELNANF-40.000000 Crystals, Oscillators, Resonators

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QCX3AEELNANF-40.000000:Crystals

Crystals are a solid material with a definite geometric shape and an orderly arrangement of atoms and ions. They are commonly used in electronics as components for frequency control and timing applications, such as X3AEELNANF-40.000000. Understanding the working principles and application fields of this type of crystal can help engineers get the most out of this product.

Working Principle of X3AEELNANF-40.000000

The X3AEELNANF-40.000000 is a type of crystal comprising of a quartz blank or tuning fork with electrodes deposited on it. It vibrates at a certain frequency and when a certain voltage is applied to the electrodes, current passes through the crystal, inducing an oscillation frequency which is the same as that of the crystal. As the voltage is increased, the oscillation frequency will increase until the maximum frequency is reached, after which the current is kept constant and the oscillation frequency stabilizes.

X3AEELNANF-40.000000 crystals are designed to operate at a temperature range of -20 to +70 degrees Celsius. How it operates at each particular temperature can be determined by the so called oscillator coefficient, specified in detail in a chart of the oscillator frequency vs. temperature.

Application Field of X3AEELNANF-40.000000

X3AEELNANF-40.000000 crystals are used in all sorts of electronic devices and systems, such as cellular phones, GPS devices, cable television receivers, computer clock oscillators, etc. Due to its compact size and high operating frequency, it is widely used in military and aerospace applications. Additionally, it can be used as a timer in clocks and watches, as an oscillator in radio transmitters and receivers, or as a component in various digital circuits.

X3AEELNANF-40.000000 crystals can also be used as a component in frequency multipliers and dividers, as a modulator in radio frequency circuits, or as a part of an amplifier. They are also widely used in oscilloscope applications, such as for measuring signals and measuring frequency and period. They can also be used in the calibration of radio receivers and other radio equipment.

Conclusion:

X3AEELNANF-40.000000 crystals are a popular choice in frequency control and timing applications due to their small size and operating frequency. They are used in a variety of industries, including the military and aerospace, where their compactness and frequency accuracy makes them a valuable component. Understanding the working principle and the application field of this type of crystal will help engineers choose the right crystal for their needs.

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