Analog Devices' nanoDAC+™ Converters Offer Industry's Best D/A Converter Performance and Smallest Packages
ADI's AD568xR nanoDAC+™ converter series features quad D/A converters with choice of 16, 14 or 12 bits of resolution in tiny packages for a wide range of instrumentation and communications applications.
Analog Devices the data converter market share leader*, today introduced a series of quad 16-, 14- and 12-bit D/A converters in space-saving 16-lead surface-mount LFCSP or leaded TSSOP packages. ADI's new AD568xR nanoDAC+™ series of quad D/A converters has the industry's best DC performance (INL, offset error and gain error) and smallest package size, with a choice of on-chip or external reference and SPI or I²C control interface. Applications such as PLC I/O cards, digital oscilloscopes, signal generators and optical modules that require low power, rail-to-rail, single-supply D/A converters will benefit from the AD568xR series' industry leading performance. Complementary components include ADI's AD5750-2 which is a single-channel, low cost, precision voltage/current output driver amplifier, ideally suited for use with the AD5686R in PLC I/O card applications. "Customers, who previously had to trade off board area to achieve higher levels of digital-to-analog accuracy and reference drift performance now have a solution that meets all of their requirements," said Donal Geraghty, director of Precision D/A Converters, Analog Devices. "The AD5686R delivers four D/A converters with 16-bit accuracy and a 2-ppm/°C reference in a tiny 3mm x 3mm package." AD5686R Quad D/A Converter Features and Benefits:
- High relative accuracy (±2LSB max at 16-bits) - suits open-loop applications
- On-chip 2.5-V, 2-ppm/°C integrated reference and low drift saves board space and removes need for calibration over temperature
- Tiny 3mm x 3mm, chip-scale 16-pin LFCSP package suits ever-shrinking board sizes (e.g. optical modules, PLC I/O cards)
- 4-kV HBM ESD rating provides increased robustness
- Choice of resolution (16, 14 or 12 bits) and interface (SPI or I²C) allows users to select the exact part required and still have a pin-compatible upgrade/down-grade path
- Available in high and mid-range performance grades (B and A) to match specific system performance and cost targets
