AD9279-65EBZ

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The AD9279-65EBZ is a high performance analog-to-digital converter (ADC) evaluation board referred to as “Mighty Mike.” This evaluation board features a dual-channel, 8-bit, 200 MSPS, 2.5 V power supply ADC. The Mighty Mike / AD9279-65EBZ ADC board provides an ultra-low jitter clock circuit, on-board voltage references, a ±10 V input range suitable for a high frequency multi-MHz band application, and SPI registers for configuration and control.

The Mighty Mike board is most suitable for those who need a low-power, high-performance ADC solution that can handle a large data rate. In applications involving communication networks, the ADC can process an incoming signal at a very high rate while still maintaining low latency. The ADC also offers low power consumption which allows it to be used in embedded systems or portable applications. Additionally, it includes an onboard clock IC with ultra-low-power consumption.

The AD9279-65EBZ is also very suitable for data acquisition and medical imaging applications due to its low latency and very low distortion. While the ADC\'s 8-bit resolution may limit its usage in some areas, the board features a 20 V differential input range and extended dynamic range of 85 dB that allows it to capture more information from a complex signal compared to a battery powered ADC. The ADC also offers a wide sampling rate, adjustable data rate and programmable full scale range.

The AD9279-65EBZ evaluation board has two main parts: the antenna and the power supply board. The antenna is composed of three 50 ohm microstrip lines which connect the primary port to the antenna port. The antenna-to-antenna connection is isolated using a transformer with a high-frequency cut-off. The power supply board consists of a 12 VDC power source, two voltage regulators (one for the supply voltage and one for the reference voltage) and an analog output buffer.

The board contains several built-in features including comprehensive software support, free evaluation software and BGA interposers. Moreover, the board also allows users to compare different ADC systems and to evaluate the performance of an ADC against various input signals.

The AD9279-65EBZ evaluation board can be used to assess the performance of a wide variety of ADC systems. The ADC board can be used for signal processing, sampling, signal-to-noise ratio, dynamic range, and jitter. Additionally, the board allows evaluation of power consumption, channel-to-channel consistency, and stability. The EVB features a variety of software functions, enabling users to adjust sample rate, full-scale range, offset and gain, and store the results in internal memory.

Overall, the AD9279-65EBZ evaluation board provides a robust evaluation platform for a wide variety of applications. The board can handle large data rates while maintaining low latency and low distortion. It also offers low power consumption, adjustable settings, a high-frequency cut-off transformer, and comprehensive software support. Users can therefore confidently assess the performance of their ADC.

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