402F384XXCKT

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Crystals are substances with a highly ordered atomic lattice. They are composed of an orderly arrangement of atoms that form a regular three-dimensional (3D) pattern. This type of arrangement gives rise to a wide variety of properties, such as electrical conductivity, optical properties, and recovery from mechanical deformations. The most commonly known crystal types are those used for quartz watches and oscillators. It is no wonder that crystals are widely used in the electronics industry for timing, frequency generation, and frequency control.

402F384XXCKT is a kind of crystal oscillator made of crystal fused silica AT-cut quartz. It uses an AT-cut quartz crystal as an active element to provide frequency control, with a CMOS/TTL compatible output interface. The crystal oscillator can be used in a wide range of applications, such as automotive, communications, consumer electronics, industrial, medical and military applications.

The working principle of 402F384XXCKT is based on the resonance effect of the crystal. The crystal is cut in a specific way so that its thickness varies between different region of the crystal. This helps the crystal to vibrate at a specific frequency when energized. The frequency is determined by the shape, size, and orientation of the crystal. The frequency of vibration is then used to generate a stable output signal used for timing and frequency control applications.

The 402F384XXCKT is connected to an external electrical circuit via two capacitors, a coil, and an amplifier. The capacitors are used to provide feedback that helps the crystal oscillator maintain the frequency of the vibration, while the coil and amplifier act as an electrical bridge for the crystal. The external electrical circuit is connected to a circuit board, and the crystal oscillator output is obtained from the circuit board.

The 402F384XXCKT has a wide application field. It is suitable for applications that require very stable frequency and control, such as communications systems, frequency control loops, automotive systems and consumer electronics. It is also used in applications that require low jitter, such as timing and frequency control applications. In addition, it can be used in industrial and medical applications as well, such as process controller and optical systems.

The 402F384XXCKT crystal oscillator is an essential component in many applications, providing reliable timing and frequency control. Its wide application field and stable frequency output make it a popular choice for many electronics products. As a result, it has become an important component in the field of electronics and communications, and will continue to be an important component for many years to come.

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