7V-26.000MEEI-T

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Crystals have many various applications and can be found in all types of electronic devices, from computers and phones to TVs, radios, and more. Crystals are also an integral part in many systems that require precise frequency control and stability. One of these is the 7V-26.000MEEI-T frequency control crystal.

The 7V-26.000MEEI-T crystal is a 6 pin mini-thru crystal that is used for frequency control and generation. It has a frequency range of 26.000MHz ± 50ppm and a frequency stability range of ± 10ppm over a temperature range of -10°C-60°C. It is also extremely low power, with a maximum supply voltage of 7V and maximum current consumption of 15mA.

The 7V-26.000MEEI-T crystal is typically used for electrical and electronic applications where frequency and stability are critical factors. These include television receivers and transmitters, mobile communications systems, computers, PDAs and other digital devices. It can also be used as a frequency standard in systems that depend on precise frequency control, such as clocks and watches.

The working principle of a 7V-26.000MEEI-T crystal is based on the piezoelectric effect. This is a phenomenon where when an electrical voltage is applied to a crystal material, it causes a physical displacement that results in a mechanical force. When the voltage is removed, the crystal will return to its original state. This is known as mechanical resonance and it is the principle that is used to control the frequency of the 7V-26.000MEEI-T crystal.

The frequency of the 7V-26.000MEEI-T crystal is controlled by applying a voltage to the crystal in order to create an oscillation at a frequency that is determined by the mass, size and shape of the crystal. The frequency of the oscillation is then compared to an internal reference and the oscillation will be corrected if it is outside of a certain range. This process ensures that the frequency of the 7V-26.000MEEI-T crystal remains stable and accurate over time.

In summary, the 7V-26.000MEEI-T crystal is a frequency control crystal used in a variety of electronic applications to ensure accurate frequency and stability. The working principle of the crystal is based on the piezoelectric effect and the frequency is constantly monitored and adjusted to ensure accuracy.

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