7CA2502001

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Oscillators are an essential tool for many applications including frequency control, signal conditioning, providing clock signals for data transmission, and timing for control systems. One of the primary components of any oscillator is typically a crystal. 7CA2502001 fits in the category of a crystal, which primarily functions as a frequency generator. This particular crystal is frequently used in devices such as automotive and personal navigation systems, as well as timing signals provided to remote controllers for television and air conditioners.

The 7CA2502001 is a miniature surface-mount crystal. It is an AT-cut crystal, meaning that the means of producing the vibration necessary for generating an oscillating signal is done through cutting the crystal into a specific shape. Its specifications are as follows: a frequency range of 24 to 50 MHz, an operating temperature range of -40°C to +85°C, an encapsulation package of 7x5mm, a frequency stability of up to ±30ppm, and a load capacitance of 16pF. This particular crystal is designed to run at a temperature of 25 degrees Celsius.

The basic working principle of the 7CA2502001 is based on the piezoelectric effect. This states that a charge is produced when a mechanical deformation is applied to certain crystals. When an electrical current is applied to the crystal, it produces a mechanical deformation. This mechanical deformation produces a wave in the crystal, which produces an oscillating signal. The frequency of this oscillating signal is determined by the crystal’s cut shape and the load capacitance. For the 7CA2502001, the frequency is determined by the shape of the crystal and the 16pF capacitance.

The oscillating signal generated by the 7CA2502001 can be used for many different applications. In its most basic form, it is used as a frequency generator. It is used in radio components such as transmitters, receivers, antennae, and even wireless communication systems. It is also used in timing applications, such as in remote controllers and navigation systems, as well as in the control systems of automobiles and industrial equipment. Lastly, it is used for testing and calibration in many electronic systems.

In conclusion, the 7CA2502001 is a miniature surface-mount crystal used in many different applications. It is based on the piezoelectric effect, where a mechanical deformation produces a wave in the crystal which produces an oscillating signal. The frequency is determined by the cut shape of the crystal and the load capacitance. The 7CA2502001 is commonly used in radio components, timing applications, remote controllers, navigation systems, and in testing and calibration of different electronic systems.

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