CE3291-15.360

Oscillators are essential components in many circuits. They are often used in digital and separate circuits to generate signals of specific frequencies, or to provide timebase signals for other circuits. The most common types of oscillations are sine wave oscillators, and these are used in many applications including radio frequency oscillations, radar, power supplies, audio, and many other types of communications systems. The CE3291-15.360 is a sine wave oscillator used to generate periodic signals of the highest quality.

The working principle of the CE3291-15.360 is based on a reverse-biased junction tunnel diode. The continued oscillation is maintained by feedback and includes bias control for the periodic signal. The signal strength is monitored and kept at the precise desired frequency by a control loop that adjusts the bias voltage to the tunnel diode. This adjustment of the bias voltage ensures the signal is always the same frequency, and is always at the peak level.

The CE3291-15.360 has a wide endless array of applications in the communications industry ranging from radio-frequency transmitters, radar systems, frequency offset tuning, to oscillators used in microwave transmission. The oscillator has a low phase noise, excellent linearity and a wideband frequency coverage. It is also highly dependable with the same parameters returning after intermittent operation.

The oscillator can also be used in control systems that require a high degree of accuracy, such as several types of industrial control systems. The same principle applied during the operation of the oscillator is also used in control systems. The most recognizable form of the oscillator is the PID (proportional-integral-derivative) controller. The PID combines the ability to maintain the accuracy of the output, by adjusting the input continuously. This control system is reliable when trying to maintain a stable and precise output.

The CE3291-15.360 a sine wave oscillator that is highly dependable and robust. It has a wide range of applications in the communication industry and in several forms of control systems. The oscillator is well known for its low phase noise, wideband frequency coverage and its excellent linearity. It is capable of providing consistent periodic signals of the highest quality through its advanced technology and feedback design.