CB3LV-3C-3M2000

Oscillators

Oscillators are electronic circuits that produce a continual output signal over a certain frequency range. They are used for a wide range of applications and are based on different principles. One type of oscillator, called the CB3LV-3C-3M2000, is used for applications that require stringent noise margin specifications over a wide range of frequencies and temperatures.

CB3LV-3C-3M2000 Application Field

The CB3LV-3C-3M2000 is an oscillator composed of a voltage-controlled oscillator (VCO), a logic complementary noise margin detector (LCDM), and an adjustable frequency divider (AFD). It provides excellent noise margin performance and stability over a wide range of frequencies. This oscillator can be used in many automotive, industrial, and communications applications, such as high speed Ethernet, High Definition Multimedia Interface (HDMI), USB 3.0, high speed automotive communication systems, and many others.

CB3LV-3C-3M2000 Working Principle

The CB3LV-3C-3M2000 functions by applying a control voltage to the VCO, which modulates the output frequency. The LCDM monitors the VCO for any fluctuations in noise margin and adjusts the frequency or phase accordingly. The AFD then divides the frequency down to the desired output. This ensures that the output signal of the CB3LV-3C-3M2000 maintains its frequency and phase throughout, creating a highly stable oscillator.

Moreover, the CB3LV-3C-3M2000 is designed to withstand multiple temperature changes and is able to maintain stability even in extreme temperatures. As such, it is well suited for use in automotive and industrial applications.

Conclusion

In conclusion, the CB3LV-3C-3M2000 is an oscillator that can provide an exceptionally stable frequency output over a wide range of frequencies and temperatures. Its unique design consists of a VCO, LCDM, and AFD, which work together to ensure tight noise margin control and excellent frequency stability. This oscillator is well suited for automotive, industrial, and communication applications.