SG-8002DB-PWT ROHS BLANK

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

SG-8002DB-PWT ROHS BLANK is a programmable oscillator designed with an innovative hybrid architecture. It combines an analog phase-locked loop (APLL) design with a high level of digital integration. This makes it ideal for applications that require precise frequency control with the speed, flexibility, and power efficiency of the latest technologies. The unique architecture opens up the possibilities for controlling multiple frequencies, operating in a wider range of temperature and environmental conditions, and providing more precise and reliable frequency control.

Application Fields

The most common applications for programmable oscillators are for test and measurement applications, timing systems and synchronization, industrial automation and monitoring, embedded system controllers, satellite communications, and airport security. SG-8002DB-PWT ROHS BLANK has been specifically designed to give higher performance and longer life in these applications.

For example, in test and measurement applications, SG-8002DB-PWT ROHS BLANK provides precise and reliable frequency control. With its low-voltage and low-power operation, it is ideal for integrating into any test environment with no need for complicated calibration. This brings significant cost savings in terms of reducing the setup and maintenance time.

In timing, synchronization, and industrial automation applications, SG-8002DB-PWT ROHS BLANK can be used as an extremely precise clock source. It provides unparalleled stability and accuracy, even over wide temperature ranges compared to traditional crystal oscillators. This makes it much easier to keep machines and processes running in synchronization over time and space.

In embedded systems and satellite communications, SG-8002DB-PWT ROHS BLANK offers high-precision timing with very low power consumption. This enables smaller and lighter systems with better performance, while still providing a high level of precision.

Lastly, SG-8002DB-PWT ROHS BLANK can be used in airport security applications, where its high-precision clock source is ideal for timing signals in real-time measurement and analysis systems.

Working Principle

The working principle ofSG-8002DB-PWT ROHS BLANK is based on the analog phase-locked loop (APLL) technique. This technique uses a feedback loop to maintain a constant frequency and precision. In the case of SG-8002DB-PWT ROHS BLANK, the feedback loop adjusts the frequency automatically if any changes occur in the environment.

In more detail, the APLL consists of three distinct parts: a reference oscillator, a phase detector, and a voltage-controlled oscillator (VCO). The reference oscillator is the primary source of frequency generation and provides the reference signal to the phase detector. The phase detector compares the reference signal to the signal generated by the VCO. If the two signals are not in sync, the phase detector sends a signal to the VCO, which then adjusts the frequency in order to bring the two signals into synchronization. This closed-loop system ensures that the resultant signal is always in exact synchronization with the reference oscillator.

The innovative architecture in SG-8002DB-PWT ROHS BLANK also includes a digital configurator, which allows easy programming for different frequency ranges and output duty cycles. This makes it easy to adapt the oscillator to different applications, such as timing and synchronization, test and measurement, and system controllers.

SG-8002DB-PWT ROHS BLANK is extremely versatile, enabling a wide range of system configurations and applications. It can work in any type of environment and is highly reliable in the most challenging situations. It is also very energy efficient, making it ideal for a wide range of applications.

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