BJ-155.520MBE-T Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are electronic devices that generate a periodic waveform often used as a signal source within communication systems. One such type is the BJ-155.520 MBE-T Oscillator. This oscillator provides a method of generating a low jitter, high stability clock signal with high reference accuracy.

Application Field:

The BJ-155.520 MBE-T Oscillator has applications in frequency synthesis, clock and timing distribution, reference frequency source and medium to high speed clock pulse generation in communication systems and with digital signal processing systems.

Working Principle:

The BJ-155.520 MBE-T Oscillator utilizes two independent timing mechanisms to achieve its high frequency accuracy and jitter performance. These mechanisms are the direct digital synthesis (DDS) method and external crystal oscillator. DDS is a frequency generation technique that works by producing a continuous frequency output from a digital signal source. This digital component is coupled with an external high stability crystal oscillator. The combination of the two methods drastically reduces the amount of spurious output and produces an extremely precise output signal.

The BJ-155.520 MBE-T Oscillator includes an internal temperature sensor,which is used to detect any temperature variations within the oscillator. This sensor is incorporated to help keep the frequency accuracy to a greatly reduced level. The oscillator also provides a wide choice of output frequencies, ranging from 0.5MHz to 155.520MHz.

BJ-155.520 MBE-T Oscillator features an integrated frequency lock loop (FLL) that provides superior performance and accuracy for oscillator applications demanding high-stability output frequency. This FLL employs a digitally controlled frequency discriminator with a wide reference frequency input range that is adjustable to achieve the ultimate performance in output accuracy. It also offers a wide range of modulation functions including AM, FM, pulse density and fractional N dividers.

Other features include a programmable output power level and an adjustable loop bandwidth to help optimize the device performance. The BJ-155.520 MBE-T Oscillator also features a diagnostic mechanism that monitors the oscillator\'s power supply levels, temperature, and operational conditions to optimize performance.

Conclusion:

In conclusion, BJ-155.520 MBE-T Oscillator is an excellent choice for applications demanding high accuracy and jitter performance. This oscillator has the capability to generate highly stable frequency output with low jitter despite variations in temperature or power supply. Additionally, it offers a wide frequency range and a variety of modulation options that makes it an ideal choice for a variety of applications.

The specific data is subject to PDF, and the above content is for reference