8N4DV85LC-0139CDI

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

The 8N4DV85LC-0139CDI technology has seen numerous advancements since it first entered the world of clock and timing applications. From its initial implementation in programmable timers and oscillators to its current use in many modern embedded timing applications, the 8N4DV85LC-0139CDI technology has become increasingly popular and versatile in the field of clock/timing. This article will discuss the application field and working principle of this technology, so that its use in clock/timing technologies can be better understood.

The 8N4DV85LC-0139CDI technology is a step-locked loop (SLL) digital signal development system. This system is primarily used in programmable timers and oscillators and provides the ability to store, process, and execute digital signal data. This development system utilizes a programmable digital clock controller that is capable of providing digital signal development and synchronization. It accomplishes this using a reference clock signal as a source of timing information and a low-jitter programmable digital oscillator (PDO) to accurately determine the frequency of the clock signal.

The 8N4DV85LC-0139CDI technology is an important advancement in clock and timing applications. The technology is designed to provide precision timing, and it can be used to accurately time a variety of applications, including timing for real-time systems, embedded systems, and video applications. It can also be used to provide synchronization between a number of devices including security systems, communication systems, server platforms, and industrial systems.

In addition to its ability to provide accurate timing, the 8N4DV85LC-0139CDI technology has several features that make it particularly useful for clock/timing applications. Its PDO is designed to reduce jitter, which allows it to provide extremely precise timing signals. It is also designed to have very low levels of power consumption, making it energy efficient and cost effective. Finally, the 8N4DV85LC-0139CDI technology is capable of handling multiple data streams with extremely low levels of noise and interference.

The 8N4DV85LC-0139CDI technology is most commonly used in programmable timers and oscillators. In these applications, the PDO is used to generate a timing signal that is used to control the timing of events in a system. The timing signal is applied to a series of logic gates in the programmable timer/oscillator, allowing the programmer to precisely control the timing of events. By using this technology, programmers can program the timing of events to be more accurate than ever before, enabling highly accurate clock and timing performance.

The 8N4DV85LC-0139CDI technology is also used in a variety of embedded systems. Embedded systems typically require precise timing control in order to operate properly. The 8N4DV85LC-0139CDI technology is designed to provide this precision timing control by providing accurate, low-jitter timing signals. This allows embedded systems to execute tasks at a precise time, which is essential for accurate operation and timing.

Finally, the 8N4DV85LC-0139CDI technology can be used in a variety of video applications. In these applications, the technology can be used to provide precise timing control for capturing and displaying high-quality video. The 8N4DV85LC-0139CDI technology allows footage to be captured precisely at the right shutter speed, ensuring that video is crisp, clear, and of high quality.

In summary, the 8N4DV85LC-0139CDI technology is an important advancement in clock/timing applications. It is an SLL digital signal development system that is designed to provide precise timing signals for a wide range of applications, from programmable timers and oscillators to embedded systems and video applications. It utilizes an accurate, low-jitter programmable digital oscillator and is designed for low power consumption, making it a cost effective and energy efficient choice for most clock/timing applications.

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