8N3Q001LG-0122CDI

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The 8N3Q001LG-0122CDI (CDI) is a programmable timer module split into two main parts, an oscillator and a timer block. The module has been designed with many events in mind, providing a particularly versatile and powerful clock and timer solution that can be tailored and programmed to fit the exact needs of its applications. Specifically designed for modern computing technology, the CDI features an advanced type of Digital Delay Line (DDL) memory circuit, able to effectively generate and maintain a data stream, to process data and events, and to control timing and synchronization of a wide range of devices.

The timing of the CDI is determined by the clock source, and events can be generated simultaneously on both the timer block and oscillator block. The module is equipped with a variety of programmable delay functions and it also provides a selection of advanced synchronization tools. The CDI offers programmable I/O ports, allowing the user to control output signals, route data, and monitor events. Additionally, there is a differential input port to receive external signals for synchronization.

Application Fields

The 8N3Q001LG-0122CDI is primarily designed for embedded applications, particularly those in the areas of industrial control, distributed sensing networks, robotics and automation, multimedia, wearable electronics, and power/energy management systems. CDI technology is also suitable for connection-oriented applications, connecting and controlling a diverse array of devices, components, and peripherals. The real-time performance of CDI technology makes operating on data streams, ranging from millirems to terabytes over fiber or wireless links, possible. The application potential of CDI technology is virtually boundless due to the customizable nature of the onboard DDL memory, allowing for the generation and storage of an almost infinite number of events.

Working Principle

CDI technology utilizes an innovative type of DDL memory that is functionally equivalent to a time-based logic circuit, storing information at the granularity of a single clock cycle. This type of DDL memory enables programmable delays, allowing for the accurate synchronization and control of events. This can be used for a variety of tasks, from signal pre-processing and signal conditioning to sampling/filtering and data acquisitions. Additionally, the CDI is equipped with a differential input, allowing it to listen to external events and synchronize with them to control its outputs or modify its behavior.

The CDI is capable of automatically scheduling and coordinating a diverse array of activities and events, ranging from sampling and data acquisitions, to signal pre-processing and signal conditioning. Using the CDI, activities can be scheduled in advance, or the user can explicitly control their timings too. This allows for an unprecedented degree of flexibility in task execution, offering an efficient way to take advantage of the most advanced features of next-generation architectures.

In addition to its programmable timer and oscillator blocks, the CDI also features an advanced type of communication interface, allowing for the transfer of various types of digital information. This is useful for transmitting data between controllers, devices, and systems. Additionally, the CDI is equipped with a dedicated power supply, a clock source, and a Reset input, giving the user a variety of options in order to get their task done.

Overall, the 8N3Q001LG-0122CDI is a clock and timer module that is especially well-suited for modern computing technology. The onboard DDL memory enables the module to not only store and manipulate data, but also schedule and coordinate event triggering and synchronization accurately, making the CDI well-suited for a variety of applications, ranging from industrial control to distributed sensing networks. The onboard communication interface makes data transfer easy, while the dedicated power supply and clock source ensure the accuracy and reliability of CDI technology.

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