SG-8018CG-TJHPA

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

Programmable oscillators are electrical circuits that are designed to generate regularly repeating electrical signals. Usually, the output signal is a sine wave or square wave. The SG-8018CG-TJHPA oscillator, in particular, is designed for applications in the radio frequency and microwave frequencies, as well as optical networks, such as fiber laser networks.

The SG-8018CG-TJHPA oscillator has multiple features that make it well-suited to these types of applications. First, the oscillator is based on a hybrid phase-locked loop, which provides excellent stability and high phase noise performance in both the short term and long term. Additionally, it is capable of generating signals up to 18 GHz, which is narrowed down to the specific frequency of your choice.

Moreover, the oscillator offers a standard deviation of less than 10 parts-per-million (ppm) over a period of 24-hours. It also has a fast startup time, with less than 30 minute lock times. Additionally, the SG-8018CG-TJHPA oscillator offers a low power consumption of just 1.5 watts.

The working principle of the SG-8018CG-TJHPA oscillator is based on a hybrid phase-locked loop (PLL). This type of PLL is able to lock onto a signal, or reference frequency, and generate a precise output frequency based on this signal. This is done using the VCO portion of the oscillator, which, through a series of analog and digital control circuits, is able to precisely adjust the output frequency.

To ensure precise frequency control, the PLL uses two control signals, the phase detector and the frequency divider. The phase detector receives the input signal, and compares it to the output signal. If there is any difference, the phase detector sends a signal to the frequency divider, which then adjusts the frequency of the output signal.

In summary, the SG-8018CG-TJHPA oscillator is an ideal choice for applications in the radio frequency and microwave frequencies, as well as in optical networks. It has a wide frequency range and fast startup time, and it offers excellent stability and low power consumption. Its working principle is based on a hybrid phase-locked loop, and it makes use of two control signals, the phase detector and the frequency divider, for precise frequency control.

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