416F480X3ATT

Crystals have many applications in the world of technology today. One particular crystal, the 416F480X3ATT, is a popular choice for timing and frequency control in today\'s industrial and consumer electronics. This article outlines the application field and working principle of the 416F480X3ATT crystal.

The 416F480X3ATT is a highly accurate and low-jitter quartz crystal. It is used in a variety of applications, from oscillators and timers, to frequency control systems and phase-locked loops. It is also frequently used in frequency multipliers and oscilloscope timebase circuits.

The 416F480X3ATT has a frequency of 48 MHz, a tolerance of +/-25ppm, and a drive level of 0.12. The frequency can be easily adjusted by changing the combination of resistors and/or capacitors that are used in the oscillator circuit. The crystal also features a low-noise environment, so it can be used in sensitive electronic devices.

The 416F480X3ATT crystal works by creating an alternating current which is used to create an electrical signal. This signal is then used to control the frequency or timing of the application it is used in. The signal is generated by a quartz crystal and is typically in the range of 1-50kHz.

The crystal is typically power-driven, meaning it operates off of either an externally supplied source, or an internal DC voltage. In this case, the external source could be either an AC or a DC supply.

When operating, the crystal structure acts like a tuning fork and vibrates at its resonant frequency, generating an alternating current. This alternating current is then used to control the frequency or timing of the application.

In most applications, the 416F480X3ATT crystal is used to provide a very precise timing signal, or a frequency signal, which can be used to control other electronic devices. For example, it can be used to synchronize the output of an oscilloscope, or to generate a signal for timing applications such as microcontrollers and embedded systems.

The 416F480X3ATT crystal is a highly accurate, low-jitter device that is well suited to many timing and frequency related applications. It provides an easy way to control the timing and frequency of a circuit, and can be easily adjusted using resistors or capacitors. The crystal can also easily be powered from either an AC or DC supply.

In conclusion, the 416F480X3ATT is a highly accurate, low-jitter quartz crystal that is used in a variety of applications in today\'s electronics. The crystal works by creating an alternating current which is used to control the frequency or timing of the application, and it can be easily adjusted using resistors or capacitors. The crystal is typically power-driven, meaning it operates off of either an externally supplied source, or an internal DC voltage.