SG-8002CA 125.0000M-PCCL3

The SG-8002CA 125.0000M-PCCL3 is an oscillator which belongs to the oscillators family. Its application and working principles provides a range of benefits and advantages for its users.

Application Field

The SG-8002CA 125.0000M-PCCL3 can be used in a variety of applications, including in telecom equipment, data communications, instrumentation, automotive, aerospace, and other mission-critical systems. Its 125.0000 MHz frequency makes it viable as a clock source in many of these applications. It can also provide timing signals for cable television, video game systems, and digital cameras.

Working Principle

The SG-8002CA 125.0000M-PCCL3 oscillator is a quartz oscillator based on a crystal controlled oscillator circuit. Quartz crystals cut from the natural piezoelectric material are highly precise and stable components that are used to generate signals necessary to control the frequency of oscillators. It works by having an electric potential applied to the quartz crystal, causing a mechanical transformation. This, in turn, generates oscillations. The oscillator also uses a temperature-compensated circuit design to maintain stability, accuracy, and long-term reliability.

Performance Advantages

The SG-8002CA 125.0000M-PCCL3 boasts a number of performance advantages over other oscillators. It is extremely accurate and reliable, with an initial accuracy of ±20ppm over the operating temperature range of 10°C to +60°C and aging rate of ±1ppm per year. It has a good supply voltage margin of ±50ppm. Additionally, its low-noise design, +/-2mm shock tolerance, and vibration tolerance of 40 to 120Hz provide great protection against external noise and interference.

Conclusion

The SG-8002CA 125.0000M-PCCL3 is an excellent oscillator that offers a range of benefits for any application. It is extremely accurate and reliable, with good supply voltage margin, low noise, shock and vibration protection, and temperature compensation. Its 125.0000MHz frequency makes it viable for a range of applications, from telecom equipment to instrumentation and aerospace systems.