445W35A13M00000

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Crystals have a wide range of applications in electronics and computer science due to their unique properties. The 445W35A13M00000 is a crystalline device that finds applications in various fields such as communications and consumer electronics. This article will explain the properties of the 445W35A13M00000 and its various application areas, as well as its working principles.

Properties of the 445W35A13M00000

The 445W35A13M00000 is a high-frequency electronic component that is capable of high levels of performance in a variety of applications. It is a combination of a piezo-electric crystal, a power transistor, and a small capacitor that is designed to generate a high-frequency signal. This component has the ability to provide an oscillation frequency range of 1-400MHz, and has a high level of switching speed. It is capable of operating at temperatures ranging from -25 to 85˚C and can handle input voltages of up to 200V. It is a relatively small device, measuring around 4mm x 5mm x 1.38mm and weighing just 0.5g. This component is also resistant to shock and vibration, making it suitable for use in harsh environments.

Application Areas of the 445W35A13M00000

The 445W35A13M00000 is mainly used in communications applications, such as land mobile radios, digital microwave radios, cordless telephones and satellite communications. Its excellent frequency range and superior switching speed makes it ideal for use in these applications. Its small form factor also makes it suitable for use in portable devices. The device is also used in consumer electronics applications, such as HDTVs, DVD players, home stereos, and gaming consoles. It is used in these applications to provide reliable frequency control and switching performance.

Working Principle of the 445W35A13M00000

The 445W35A13M00000 is a combination of a piezo-electric crystal, a power transistor and a small capacitor. The piezo-electric crystal is used as the core of the device and is responsible for generating a high frequency signal. The crystal works by converting electrical energy into mechanical vibrations. The power transistor is used to control the flow of current in the device, while the small capacitor is used to store charge, which is necessary for the operation of the crystal. The combination of these three components results in a device that is capable of producing a high frequency signal with excellent frequency control and switching performance.

Conclusion

The 445W35A13M00000 is a highly versatile and reliable crystalline device that finds a wide range of applications in communications and consumer electronics. It has excellent frequency control and switching performance and is capable of operating in a wide range of temperatures and input voltages. Its small form factor makes it highly suitable for use in portable devices. The device works by converting electrical energy into mechanical vibrations and utilizes a power transistor and small capacitor to control the flow of current and store charge, respectively. This makes the 445W35A13M00000 an ideal choice for various applications in the field of electronics and computer science.

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