445C33D13M00000

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Crystals are one of the oldest and most reliable forms of technology. In essence, crystals are a form of solid-state material that is able to oscillate, transmit and store energy for a wide range of applications. One of the most popular forms of crystals is the 445C33D13M00000, which is highly versatile and has proven immensely useful in many applications. In this article, we will discuss the application field and working principle of a 445C33D13M00000 crystal.

The 445C33D13M00000 is a commonly used crystal oscillator designed to provide precise frequency and timing control in various electronic circuits. It is a 3.2 skewness degree 5.0 x 4.45 mm surface-mount crystal oscillator, with a tighter tolerance of up to ±20ppm. Commonly used in consumer and industrial products, the crystal oscillator is designed to operate over the temperature range of -10 to +70°C in a wide range of frequencies from 8 MHZ to 40 MHZ.

The 445C33D13M00000 is typically used in clock and timing circuits to generate a steady and precise clock signal. The crystal’s frequency is determined by its construction, which includes a pair of plates cut from a quartz crystal, with the plates held together along a narrow space between them known as the “tuning W”. When electrical energy is applied at the optimum frequency, the two plates resonate and oscillate in the same frequency, generating a steady and accurate clock. Different frequencies are generated by varying the size of the “tuning W” or by adding a third plate, which reduces the size of the resonant cavity.

In addition to its use in clock and timing circuits, the 445C33D13M00000 crystal is also used in communications, medical devices, and in the manufacture of precision instruments. Its small size makes it an ideal choice for space-constrained designs, such as hearing aids, medical implants, and other miniature devices. Its tight tolerance of up to ±20ppm makes it an ideal choice for precision applications, such as accounting for the effects of temperature drift in communication systems.

As a result of its versatile application field, the 445C33D13M00000 crystal has established itself as one of the most reliable and versatile oscillators available today. With its small size, tight tolerance, and wide range of frequencies, it is an excellent choice for many different applications. While the crystal is designed to be used in a broad range of applications, it is important to note that the exact application field and working principle of each particular crystal will vary based on its specific design and construction.

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