445C35B24M57600

Crystals

Crystals, also known as quartz crystals, are natural components that generate oscillations up to millions of times per second. Common applications for crystals are various electrical components, such as those found in radio, television, and mobile phones. The 445C35B24M57600 crystal is an application-specific part that operates in the 4–7.3 MHz range.

445C35B24M57600 Application Fields

The 445C35B24M57600 offers a wide range of application fields, including long-distance communications, sensor networks, wireless systems, and telephones. Other applications include radio frequency identification (RFID) and ad-hoc networking in industrial and commercial settings. The 445C35B24M57600 can also be used for remote control systems, mobile phones, personal digital assistants (PDAs), and Global Positioning System (GPS) navigation devices.

445C35B24M57600 Working Principle

A crystal works by creating a mechanical oscillation along its axis. This oscillation induces a voltage across the crystal\'s terminals. This voltage is then used to drive an oscillator circuit, which produces the desired frequency of operation. In the 445C35B24M57600 application, the crystal is placed between the base and emitter leads of the transistor amplifier. This creates a voltage difference between the emitter and base, which allows the harmonic oscillations to travel between them. These oscillations then create a specific frequency, which can be used to drive the oscillator circuit.

Conclusion

The 445C35B24M57600 crystal is an application-specific component that operates in the 4–7.3 MHz range. Its wide range of application fields make it a viable option for many commercial and industrial settings. Additionally, this component works by creating a mechanical oscillation along its axis, which then induces a voltage that can be used to drive an oscillator circuit and produce the desired frequency.