CB3-3I-38M7070

Oscillators are waveform generators that are used to create electronic signals with a precise frequency. The CB3-3I-38M7070 is an 8-bit oscillator that has the capability to generate raw waveforms at frequencies from 9MHz to 60 MHz.

This oscillator device has been specifically designed for applications such as radar, automotive, blood flow monitoring, power supply regulation, medical imaging and other fields. It offers a fast lock-up speed of 1ms and a wide-band frequency control range to make it more suitable for these highly demanding applications.

The main feature of CB3-3I-38M7070 oscillator is its 24-bit resolution of the frequency accuracy. This results in increased frequency accuracy, which helps in producing low noise signals with optimal performance. The oscillator also provides a high bandwidth, clean analog output that is beneficial in waveform generation.

In addition to these features, the oscillator also has an adjustable output amplitude and current limiting capabilities. It utilizes an active temperature control system to ensure that the output signal performance does not decrease with increasing temperature. This temperature control system further helps in reducing power consumption and maximizing frequency stability.

The working principle of the CB3-3I-38M7070 oscillator is based on the principle of discrete Fourier transforms. This method of Fourier transform basically involves breaking down a periodic signal into a sum of sine and cosine waves of different frequencies. This decomposition of the waveform into a set of discrete frequencies is what makes the oscillator accurate and reliable enough to be used in high-end applications.

Another key feature of this oscillator is its adjustable duty-cycle configuration. This feature allows users to adjust the output pulse width according to their requirement. The adjustable duty-cycle helps in making the oscillator more efficient and reliable in its performance.

Overall, the CB3-3I-38M7070 is an advanced 8-bit oscillator that is suitable for numerous applications. It has excellent frequency accuracy, adjustable duty-cycle, active temperature control system, wide-band frequency control range, and low current consumption which help in making it an ideal choice for critical applications.