7B-13.560MEEQ-T Crystals, Oscillators, Resonators

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Crystals

Crystals are essential components used to produce resonant frequency. They are used in various applications including oscillators, signal generators, signal filters and signal processors. Generally, they feature high stability, low power consumption and low cost.

7B-13.560MEEQ-T is a crystal oscillator characterized by stability and low-power consumption. It is a quartz crystal oscillator based on AT cut, with a frequency range of 839 to 884 MHz. The crystal is manufactured with a special AT cut and is available in 0.7 ″, 1.8 ″ and 2.5 ″ package sizes.

Application Field of 7B-13.560MEEQ-T

7B-13.560MEEQ-T is used in a variety of applications such as mobile TV, GPS navigation system, wireless communication, PCS and monitoring systems. It can also be used in radio, television and film production, or for general purpose timing.

Working Principle

The 7B-13.560MEEQ-T crystal oscillator works on the principle of mechanical resonance. This principle states that when an oscillating system is in the presence of an external force, it will undergo an oscillation equal to the frequency of the external force. This is known as the resonance effect. In the case of the 7B-13.560MEEQ-T crystal oscillator, this effect is achieved by applying an electric field to the quartz crystal. This electric field directly affects the crystal\'s structure, causing it to vibrate at a certain frequency.

When the crystal is subjected to an alternating electric field, it begins to "resonate" at the frequency of the applied electric field. This phenomenon is known as the piezoelectric effect. The crystal will vibrate at its resonant frequency, regardless of the frequency of the external field that is applied. Thus, by controlling the frequency of the alternating electric field applied to the crystal, the 7B-13.560MEEQ-T crystal oscillator can be tuned to any desired frequency.

In addition to the piezoelectric effect, 7B-13.560MEEQ-T also makes use of a phenomenon known as the frequency stabilization effect. This effect is achieved by introducing a small amount of impedance into the crystal, which prevents excessive vibrations and maintains the freqency of the oscillator at a stable rate. This impedance can be adjusted depending on the accuracy desired.

The 7B-13.560MEEQ-T crystal oscillator is a low-power, high-stability device used in many electronic components. It offers excellent performance at a low cost, making it a popular choice for various types of applications.

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