AD8034ART-EBZ

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The AD8034ART-EBZ is an evaluation board designed for use with high-bandwidth op-amps, such as the AD8034, which is ideal for high-sensitivity audio applications. The evaluation board includes complementary JFET inputs, a 5V regulator, and dual-purpose power supply connections. The board also includes a precision voltage divider, enabling voltage gains up to 20dB.

The AD8034ART-EBZ simplifies user evaluation by providing a highly flexible platform for the evaluation of audio CRO systems, such as ADC/DACs, amplifiers, filters, and oscillators. For signal conditioning, the AD8034 includes a deep-discharge guard rail which reduces crosstalk and allows for more accurate signal chain measurements. The board also includes a multi-gain stage architecture which covers a wide range of signal levels, from low-frequency to RF, with gains up to 175dB.

The most important feature of the AD8034ART-EBZ evaluation board is its wide dynamic range. This allows for measurements of extremely low levels of audio signals, providing accurate data for recording and analysis. For instance, the board can measure down to -140dBV, providing the user with a greater level of accuracy than with a standard op-amp. The board also provides extremely high common-mode rejection ration (CMRR), with a typical value of -127dB.

The AD8034ART-EBZ also provides high current drive capabilities, enabling the user to drive high power audio systems with a single amplifier, eliminating the need for multiple external amplifiers or other signal-level conversion solutions. The board also utilizes the latest version of the AD8034, providing the user with the benefit of cutting-edge audio technology.

The AD8034ART-EBZ evaluation board is a perfect solution for the design and testing of audio systems or applications. Its various features make it an ideal platform for experimentation and prototyping, with the flexibility to customize the audio system design for specific applications. The board’s high dynamic range and wide common-mode rejection ratio, combined with its high current driving capability, make it a great choice for connecting advanced audio systems.

The specific data is subject to PDF, and the above content is for reference