DC1563A-A

Series:	--
Part Status:	Active
Number of A/D Converters:	1
Number of Bits:	12
Sampling Rate (Per Second):	5M
Data Interface:	SPI
Input Range:	0 ~ VREF
Power (Typ) @ Conditions:	32mW @ 5MSPS
Utilized IC / Part:	LTC2315-12
Supplied Contents:	Board(s)
Base Part Number:	LTC2315

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Introduction
DC1563A-A is an Evaluation Board which features full analog-to-digital converter functionality for signal and control applications. It includes an initial signal conditioning circuit as well as a 12-bit, 200-Megasample/second ADC. The ADC has a wide range of operating modes with speed options that make it ideal for many different signal acquisition scenarios. The unique features of the DC1563A-A board make it well suited for both signal and control applications.Application Field
The DC1563A-A evaluation board is designed for a wide range of analog-to-digital converter applications. The board is optimized for high-speed signal acquisition with up to 200 Megasamples/second throughput and 12-bit resolution. The ADC has four different operating modes including direct acquisition, mesurement, system, and low power modes. Each mode is optimized for specific signal acquisition scenarios. The board includes integrated signal conditioning circuitry ranging from high-gain amplifiers to digital waveform generators. This allows for the evaluation of multiple signals simultaneously. The board is also fully programmable through its software-based interface which makes it easy to configure and get up and running quickly. The flexible form factor of the board combined with its wide range of digital and analog I/O options make it suitable for use with a broad range of test and measurement scenarios. The board also features up to four channels of on-board sampling and up to sixteen GPIO pins for controlling external devices and multiplexing through adc channels. Additionally, the DC1563A-A can be used as an integrated solution for multi-channel signal capture solutions or stand-alone signal conditioners.Working Principle
The DC1563A-A Evaluation board utilizes a 12-bit, 200-Megasamples/secon, analog-to-digital converter which is capable of operating in four different modes. The ADC makes use of two different sample and hold techniques. The first mode, direct acquisition, is the fastest of the four modes and allows for immediate signal conversion from the input channels. The second mode, measurement, is optimized for low-noise applications. The third mode, system, is optimized for multichannel and high throughput applications. Finally, the fourth mode, low power, is designed for systems that require higher resolution than is possible with the direct acquisition mode, but do not require the high throughput of the measurement and system modes.The onboard signal conditioning circuitry of the board consists of up to four adjustable high-gain amplifiers, as well as digital waveform generators and programmable control logic. This allows for the evaluation of multiple signals simultaneously with up to 12-bit resolution over 16 GPIO pins. The board is also programmable through its software-based interface making it easy to configure and get up and running quickly. The flexible form factor and wide range of digital and analog I/O options enable the DC1563A-A board to be used in an array of test and measurement applications. The onboard acquisition and control logic, combined with its 200 Megasamples/second ADC, make the board especially well suited for multi-channel signal acquisition and low power applications. Conclusion
The DC1563A-A Evaluation board is a highly specialized and versatile analog-to-digital converter that can be used for a wide range of applications. The board features a 200 Megasamples/second ADC, multiple signal conditioning circuits, and programmable logic. The board\'s wide range of digital and I/O options, make it suitable for use with a wide range of analog-to-digital converter applications. Its onboard acquisition and control logic, combined with its high-speed ADC, make it especially well suited for multi-channel signal capture and low power applications.

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