DC782A-N

Series:	--
Part Status:	Active
Number of A/D Converters:	1
Number of Bits:	10
Sampling Rate (Per Second):	40M
Data Interface:	Parallel
Input Range:	1 ~ 2 Vpp
Power (Typ) @ Conditions:	120mW @ 40MSPS
Utilized IC / Part:	LTC2237
Supplied Contents:	Board(s)
Base Part Number:	LTC2237

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DC782A-N is an evaluation board designed as a platform for Analog-to-Digital Converters (ADC). It is built with four high performance 16-bit converter Analog Devices AD784A-N ADCs with integrated sample-and-hold amplifiers, restoring the initial signal to the converter while simultaneously maintaining hardware data acquisition with deterministic throughputs. Furthermore, the DC782A-N also boasts an on-board software for standalone operation and convenient data transfer; this software is supported in Windows operating systems and provides data logging, process visualization, as well as design the signal flow.In terms of physical description, the DC782A-N evaluation board, occupying 12.8 cm × 19.1 cm, is designed to provide full-featured development platforms for system architects, engineers, and designers working on high precision and low-latency ADCs applications such as in wireless communications and medical imaging. Its software capabilities are well-equipped to integrate a variety of sensors and ADCs, thus making its onboard operational capacity capable of scanning multiple channels of signal in an interrupt driven manner.In short, the DC782A-N evaluation board is specifically designed to provide an ideal test platform for developers and engineers to analyze ADCs and explore its applications. It is capable of real-time data acquisition and offers accurate data representation in fraction of seconds. At a deeper level, the DC782A-N works by implementing the use of four 16-bit high-performance ADC Analog Devices AD784A-N along with four Sample and Hold amplifiers. To provide maximum image quality and optimized data accuracy, the ADC utilizes state-of-the-art continuous-time single-ended architecture with simultaneous sampling of incoming signals. This type of architecture also employs the use of Sparse Sampling technique, which is an efficient data acquisition process that requires fewer clock cycles, minimizes data storage requirements, and reduces the complexity of the circuitry.Furthermore, DC782A-N is also equipped with a software system to provide maximum user control over hardware settings, synchronization, and data logging. This software integrated with the board is designed to communicate with the host via perfect interface suitable for low-bandwidth small to medium sized data transfer, such as wireless boards. It also provides real-time information to support the user in the understanding of the ADC’s operational mechanism and settings.In terms of applications, the DC782A-N evaluation board is compatible for many ADC applications, such as signal rate data acquisition, ultrasonic audio devices, VoIP and IP telephony applications, and image processing. It is also capable of working in modern medical imaging, radar, sonar, navigation systems, and other high-performance environments.In conclusion, the DC782A-N evaluation board provides developers and engineers an ideal platform to analyze and explore the applications of ADCs and optimize the performance of existing systems. By integrating the onboard software with four 16-bit high-performance ADCs and four Sample-and-Hold amplifiers, this board can effectively apply the Sparse Sampling processes to provide efficient and accurate data representation suitable for a wide range of projects.

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