FC7BSCBMM-6.000-T1

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Crystals

Crystals are small and beautiful pieces of minerals that take many shapes and sizes. It is no wonder that the use of these lovely stones has been prevalent since ancient times. They are said to have various healing properties, and are believed to contain metaphysical knowledge. Today, crystals have many practical applications in various fields, including a wide range of products, from watching battery life to GPS tracking.

FC7BSCBMM-6.000-T1 crystal is one of the popular types of crystal used today. It is a low frequency, medium power quartz crystal device specifically designed for use in automotive, medical and industrial markets. This crystal is made from PM100 LL (Low Loss) quartz material, which means it is capable of handling higher than standard temperature or vibration stresses.

The common application fields of FC7BSCBMM-6.000-T1 are automotive electronics and medical devices. This type of crystal also finds its use in smartphones, tablets, computers and other communication and telecommunication systems where large size hosting is required. It helps to reduce the size and weight of the electronic devices typically used in the modern world.

The working of FC7BSCBMM-6.000-T1 crystal is based on the classic piezoelectric effect of quartz crystals. A vibrating quartz crystal acts as a voltage-controlled oscillator, meaning that when an external electrical signal is applied to the device, the crystal vibrates at a specific frequency as determined by its inherent properties, such as the thickness and size of the crystal. The oscillation frequency of the crystal can be controlled by varying the levels of electrical signal applied to the crystal or by changing the physical structure of the crystal.

FC7BSCBMM-6.000-T1 crystal offers an extremely wide temperature range and an excellent electrical parameters stability over a given temperature range. Its superior vibration and shock resistance results in better performance in the most demanding environment. Its maximum frequency tolerance is 0.75, meaning that the signal it produces will be exceedingly close to the actual preset frequency.

The use of this type of crystal makes electronics design, testing and production process more efficient since it provides enhanced accuracy, low cost and quick response. The FC7BSCBMM-6.000-T1 crystal is an excellent choice for applications in medical devices, automobile electronics and communication systems.

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