CM309E10000000BBJT

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Crystals are a type of microelectronic component that generates electric oscillations at a specific, constant frequency when energized. The CM309E10000000BBJT is a common, low-cost crystal with a frequency range of 24-50MHz and low equivalent series resistance (ESR). It is widely used in many consumer electronics and automotive applications, such as in car audio systems, home audio systems and digital cameras.

The CM309E10000000BBJT consists of a quartz crystal encased between a pair of electrodes. The electrodes are constructed from a ferromagnetic material and the crystal itself is a piezoelectric material. When an electric voltage is applied between the electrodes, the crystal produces an oscillation at the predetermined frequency. This oscillation can be used to control or indicate the performance or operation of the system in which the crystal is installed.

The CM309E10000000BBJT is designed to provide high accuracy and stability in signal generation with low ESR. This results in a low noise floor, excellent signal-to-noise ratio and low power consumption, making it an ideal choice for applications that need a low-cost, reliable and accurate clock signal source. It is widely used in various radio equipment, telecommunication systems, television receivers, home audio systems, and in automotive applications such as reversing cameras, car infotainment systems and smart speakers.

The working principle of the CM309E10000000BBJT crystal is based on the piezoelectric effect. When a voltage is applied between the electrodes of the crystal, the quartz crystal is deformed slightly due to the electric field. This in turn causes the crystal to vibrate at a precisely determined frequency, which is determined by its internal structure. The frequency of this vibration will remain constant over a wide range of operating temperature, making the CM309E10000000BBJT an ideal choice for applications where stability and accuracy are required.

The CM309E10000000BBJT crystal is widely used in a variety of applications due to its accuracy and stability, low power consumption and low cost. It can be used to generate accurate clock signals for controlling or monitoring the performance of a system, as well as for controlling the transmission of data over communication systems. In automotive applications, it is used for controlling various car systems, including reversing cameras, car infotainment systems, and smart speakers. It is also used in home audio systems, telecommunication systems and radio equipment.

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