AD9656EBZ

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The AD9656EBZ evaluation board is an analog-to-digital converter (ADC) designed to deliver high-resolution performance for industrial and automotive applications. The large, 8-bit, 155 MHz sampling frequency ADC provides 16-bit resolution with low latency and high speed throughput at a low power consumption. The board has two separate low-noise differential preamplifiers, allowing an input signal to be amplified and shifted to a higher level before being converted into digital form. The preamplifiers also improve the signal-to-noise ratio (SNR) of the system, which gives a higher signal fidelity and improved accuracy. Additionally, the board features an analog-to-digital comparator (ADC) for measuring the amplitude of differential signals, which is useful for providing calibration information for an analog-to-digital conversion. The board also includes safety features, such as an overvoltage protection guard voltage, an examination circuit to check for open circuits, and an ADC error detection mode to indicate if an erroneous conversion has been performed.

The AD9656EBZ can also be used in multiple-channel applications with up to four channels, each with its own preamplifier. Multiple channels can be combined to provide either a 16-bit resolution resolution or a wider resolution over multiple channels. In addition, the board includes a reference voltage generator for controlling the overall dynamic range of the ADC. The board also allows a range of input signal levels, allowing it to be used in applications such as signal level monitoring and automatic gain control.

The AD9656EBZ is also capable of operating in a variety of wide temperature ranges, making it suitable for many automotive applications. It is also suitable for applications that require improved reliability and poweere efficiency. For instance, the board can be used to measure temperature in high-temperature environments and it offers improved accuracy with low power consumption.

The board\'s power connections are designed to be used with both supply voltages, allowing the board to operate from either a single supply or multiple supplies. The lower supply voltage allows the board to operate with lower currents, reducing power consumption and eliminating the need for an additional power source. Its wide supply voltage range also makes the board suitable for applications that require multiple supply voltages.

The AD9656EBZ is designed to be easy to use and configure with its user-friendly graphical user interface (GUI). The on-board display allows quick and easy adjustment of the ADC’s parameters, such as the sampling frequency and resolution. The board also integrates a serial port for communicating with software programs running on a computer for debugging and easy control. The board also includes an integrated temperature compensation setting which can automatically adjust the sampling rate and signal bandwidth based on the environmental temperature.

In addition to the advanced features offered, the AD9656EBZ evaluation board includes an on-board emulator. The emulator enables users to develop, debug, and prototype their converter application before transferring it to the actual converter hardware. Furthermore, the emulator can be used to generate simulated signals for development and testing purposes.

The AD9656EBZ evaluation board is a highly advanced ADC and represents an important step forward in the development of analog-to-digital conversion technology. Its wide temperature range, low power consumption, and multiple preamplifiers make it suitable for a variety of industrial and automotive applications. Its easy-to-use graphical user interface and integrated emulator make it easy to develop, debug and prototype ADC applications quickly and efficiently.

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