416F384XXALT

Crystals

A 416F384XXALT is a type of crystal oscillator produced by Fox Electronics. They are commonly used for frequency control and timing functions in PCB-mounted signal transmission systems. The 416F384XXALT is designed to be a small, miniature oscillator that can fit into tight spaces and is ideally suited for applications like home and automotive electronics. The 416F384XXALT incorporates the latest advances in quartz crystal technology and is highly reliable and cost effective for frequency control applications.

Application

The 416F384XXALT is designed for a wide range of applications, including but not limited to: car audio, automotive electronics, aerospace, marine, industrial control, telecommunications, and computer applications. This type of crystal oscillator is ideal for applications that require precision timing, such as frequency stability and low jitter. It is often used to tune and calibrate various components in a system, such as a processor’s voltage-controlled oscillator (VCO).

Working Principle

The 416F384XXALT oscillator works by vibrating two quartz disks at a precise frequency. The quartz disks are connected to a resonant cavity, or tank circuit, which amplifies the frequency of the quartz disks. The tank circuit is tuned to a specific frequency and is adjusted with a ‘trim’ capacitor. The oscillator provides the system with a stable, precise frequency output, which can be used to generate a specific signal waveform and/or control signals. The design of the crystal oscillator ensures that the generated signals are highly accurate and consistent.

Conclusion

In conclusion, the 416F384XXALT is a highly reliable and cost-effective quartz crystal oscillator that is ideally suited for frequency control applications in a wide range of applications. It is designed to provide precision timing and accuracy, making it perfect for use in automotive, aerospace, computer, and other applications. The working principle of this type of oscillator is based on two quartz disks that are vibrated at a precise frequency and tuned with a resonant cavity.