445A2XA14M31818

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Crystals are the heart of modern electronics and play a vital role in the design and manufacturing of better electronics. Crystals are used in almost every electronic product and they can be found in almost every electronic circuit.

The 445A2XA14M31818 crystal is an advanced crystal which is used in applications where high speed, stability and long life are important factors. It is a very high frequency oscillator made of the highest grade quartz, and is highly stable. This crystal has a high frequency range of 32 to 48 MHz, a low end frequency of 0 to 6 MHz, and a maximum temperature stability to 2 parts per million.

The application fields of the 445A2XA14M31818 crystal include radio receivers, mobile radio communication systems and GPS receivers. It is also used as an oscillator for charge-pump circuits and other sensitive circuit applications. In these applications, the crystal provides very low power consumption and a low jitter profile with high accuracy.

The working principle of the crystal is based on the concept of mechanical resonance. The crystal is placed between two metal plates and the metal plates have metal fingers attached, which vibrate at specific frequencies when an electrical current is applied. When the current is applied, the metal plates vibrate at a designated frequency, and the crystal resonates in the same frequency. As the metal plates vibrate, they cause the crystal to vibrate at a specific wavelength, producing a sinusoidal wave.

The frequency of the crystal is controlled by the size of the crystal and the metal plates, which are adjusted to the required frequency. In addition, the voltage and current that are applied to the crystal also play an important role in determining its frequency. To ensure that the crystal oscillates at the desired frequency, crystals are usually tested under various conditions to ensure that the frequency is accurate and stable.

The 445A2XA14M31818 crystal is used in a wide range of electronic devices and is known for its high precision and stability. With its high frequency range, low power consumption and low jitter profile, it is an ideal choice for use in sensitive circuits or applications where accuracy and stability are critical factors. In addition, due to its small size and light weight, the crystal is also a great option for use in miniaturized systems.

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