7V-13.500MAAV-T Crystals, Oscillators, Resonators

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Crystals form the basis of modern electrical communication systems, providing a stable and reliable reference source for frequency translation and stability measurement. 7V-13.500MAAV-T crystals are used in numerous applications, such as signal conditioning and signal generation. They feature a high stability at temperatures up to 125°C, which makes them well suited for applications where extreme temperatures are encountered.

7V-13.500MAAV-T crystals work by providing a signal of a specific frequency, usually between 7 and 13.5 MHz, which is used to drive a system. The crystal’s frequency is determined by the frequency of the electrical supply that is provided to it. This signal is then used to drive an oscillator or amplifier circuit, which generates a signal at the same frequency. This signal is then used for a variety of purposes, such as detecting or generating specific frequencies for communication purposes.

The main advantages of these crystals are the high stability and accuracy, as well as the ability to operate in extreme temperatures. Additionally, they are cost-effective and do not require any additional components or equipment to operate. This makes them ideal for applications that require a reliable frequency source without the need for additional hardware or components.

7V-13.500MAAV-T crystals are used in a range of applications, such as radios, television broadcasting, satellite and microwave communications. They are also used for frequency measurement and communication systems involving low-noise amplifiers. In addition, these crystals are extensively used in the automotive industry for controlling the speed of automobiles and other applications.

The working principle of 7V-13.500MAAV-T crystals is based on the fact that they are composed of two layers, an active layer and a passive layer. The active layer is composed of a quartz crystal, while the passive layer is composed of a conductive component such as a metal plate or conductor. When AC power is provided to the crystal, the active layer will oscillate and cause the passive layer to vibrate at the same frequency. The frequency of oscillation is determined by the AC frequency provided to the crystal. This frequency is then used to generate a signal of a specific frequency, which can be used for a range of purposes.

7V-13.500MAAV-T crystals are widely used in many fields, including telecommunications, broadcast, television, radio, and automotive. They are also a key component in many frequency measurement and communication systems. This makes them a reliable and cost-effective component for many electrical communication applications.

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