445W23A20M00000

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Crystals are a well-studied class of materials that often find applications in multiple industries. One such example is the 445W23A20M00000 crystal, which has drawn significant interest due to its wide range of applications and distinct working principles.

This crystal is a member of the 435 series of crystals, which includes a variety of materials with different frequencies, oscillation modes, and temperature characteristics. It is a highly rated crystal due to its low cost, excellent reliability, and superior performance. It is commonly used for applications such as timebase and oscillation generators, RF and microwave frequency generation, and active filters.

The 445W23A20M00000 crystal is made from a combination of aluminum oxide and quartz, which makes it highly resistant to thermal and mechanical shock. The device operates at a frequency of about 23 MHz, with a capacitance rating of approximately 20 mF. It has an oscillation mode of AT, which stands for mode of active temperature compensation. This mode produces a frequency of oscillation which is stable over a wide temperature range.

The working principle of the 445W23A20M00000 crystal is based on the phenomenon of piezoelectricity. Piezoelectricity is the phenomenon of the generation of an electric potential in certain materials when they are placed under mechanical stress. In the case of the 445W23A20M00000 crystal, this phenomenon occurs when the material is physically subjected to a vibrational force. This force causes a voltage to be generated across the crystal, which is then used as a source of oscillation.

The 445W23A20M00000 crystal is able to achieve such a high oscillation frequency with exceptional stability due to its use of AT mode of active temperature compensation. This mode ensures that the crystal maintains its frequency output over a wide range of temperatures. It also ensures a low power consumption, which allows for long battery life in devices that use the crystal.

The 445W23A20M00000 crystal has many uses and is often found incorporated in various consumer and industrial electronics. These include the generation of timebase and oscillation signals for radios and television signals, the production of RF and microwave frequencies for RFID and GPS systems, and the generation of active filters for audio and video processing systems.

The 445W23A20M00000 crystal is an impressive example of the usefulness of crystals and highlights the many applications that this family of materials has to offer. Its wide range of uses, low cost, and excellent performance make it a highly sought after component in various industries. Furthermore, its use of AT mode of active temperature compensation ensures an exceptionally stable oscillation frequency even in environments subject to wide temperature ranges.

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