SG7050CCN 11.059200M-HJGA3

Oscillators are a type of electronic circuit used to generate a repetitive or alternating waveform. A specific type of oscillator, the SG7050CCN 11.059200M-HJGA3, is a precision oscillator developed for use in both commercial and industrial systems. It offers superior performance, high stability, and low phase noise over a wide temperature range. This article will discuss the application fields and working principle of the SG7050CCN 11.059200M-HJGA3 oscillator.

Application Field

The SG7050CCN 11.059200M-HJGA3 oscillator can be used in a variety of applications including medical equipment, instrumentation, military, aerospace, automotive, and telecom systems. It is ideal for use in mission-critical applications where high stability and accuracy is required. Additionally, it is well suited for use in applications where low phase noise is a priority, such as radio frequency systems.

The oscillator is designed for use within temperature ranges between -20 and +85 degrees Celsius, and is available in two package sizes for more flexibility when designing systems. It also features a wide variety of output frequencies, and offers excellent jitter and spurious performance for high-accuracy signal generation. In addition, it is also user-configurable for maximum customization opportunities.

Working Principle

The SG7050CCN 11.059200M-HJGA3 oscillator consists of three main components: a crystal resonator, an oscillator circuit, and a resistor-capacitor network. The crystal resonator is a quartz crystal that vibrates at a fixed frequency when triggered by an external source. The oscillator circuit then forces the crystal to vibrate at its fundamental frequency, generating a predetermined output signal. The resistor-capacitor network is used to dampen any oscillations that occur outside of the desired frequency.

The oscillator is designed to be stable and accurate over a wide range of operating temperatures and power levels. Its automated temperature compensation feature ensures that it operates over a wide range of temperatures without needing manual adjustments. Additionally, its low phase noise performance allows it to generate high-precision signals with little noise interference. Finally, its output frequency is highly accurate, allowing for precise timing applications.

Conclusion

The SG7050CCN 11.059200M-HJGA3 oscillator is an excellent choice for precision timing and signal generation applications. It offers high performance, stability, and accuracy over a wide temperature range, making it ideal for mission-critical applications. Additionally, its low phase noise performance allows for reliable signal generation. Finally, it is configurable and available in two package sizes for added flexibility.