7B-11.2896MAAE-T Crystals, Oscillators, Resonators

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Crystals are a naturally-occurring substance composed of regularly repeating patterns of ions, molecules and/or atoms. In addition to their natural state, crystals can be artificially produced and used for various purposes. One type of crystal is the 7B-11.2896MAAE-T crystal, which finds use in a variety of applications, and has particular working principles associated with it.

The 7B-11.2896MAAE-T crystal is primarily used in the area of voltage-controlled oscillators (VCOs), which have wide applications in radio receivers, satellite navigation and global positioning systems. It is also used as a substitute for quartz crystal oscillators in some areas, such as telecommunication clock sources. The advantage of using the 7B-11.2896MAAE-T in these applications is that it has excellent frequency stability and temperature coefficient performance, as well as low cost for usage in high temperature environments.

In terms of the working principle of the 7B-11.2896MAAE-T crystal, it works on the piezoelectric effect. This effect states that when an external electrical field is applied to a crystal, it will experience a mechanical stress, which in turn affects its internal electric field. As the electric field is changed inside the crystal, a periodic output signal at the crystal’s frequency is generated. The frequency of the output signal is determined by the internal stress of the crystal, which is a function of the external electrical field.

In order to ensure that the 7B-11.2896MAAE-T crystal is able to draw the required voltage, the crystal is typically connected to a buffer amplifier. This amplifier isolates the crystal from the rest of the circuit, and prevents any changes in external electrical fields from affecting the functioning of the crystal. The electrical field inside the crystal is very sensitive, and is only able to withstand a certain amount of voltage before it is damaged. The buffer amplifier thus acts as a shield to protect the crystal from any voltage damage.

The frequency stability and temperature coefficient of the 7B-11.2896MAAE-T crystal make it an ideal choice for applications that require precision timing and tracking. It is also preferred over quartz crystals because it requires lower power inputs when operating in high temperatures. The 7B-11.2896MAAE-T is not only used in VCOs, but also finds applications in temperature measurement, gas densitometers and surface acoustic wave filters. All of these applications require precision timing and tracking, and the 7B-11.2896MAAE-T crystal is an ideal choice for them.

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