MAX5217BGUA+

The MAX5217BGUA+ is a 16bit, low power, buffered output, rail to rail digital to analogue converter (DAC) with I2C Interface in 8 pin µMAX package. This single channel DAC uses precision external reference applied through high resistance input for rail to rail operation. Power consumption is extremely low to accommodate most low power and low voltage applications. The MAX5217B has an I2C compatible 2-wire serial interface that operates at clock rates up to 400KHz. The DAC output is buffered resulting in low supply current of 80μA. An asynchronous active-low input, complementary AUX is provided. This input can be programmed to support clear or load DAC operations independent of serial interface. The MAX5217B is designed for remote sensing, communication systems, automatic tuning, gain and offset adjustment, power amplifier control, automatic test equipment, data acquisition, programmable voltage and current sources, process control and servo loops.

• Supply voltage range from 2.7V to 5.5V
• Operating temperature range from -40°C to 105°C
• Low power consumption, power-down supply current of 0.4µA
• Saves power and board space with less than 80µA supply current and 3mm x 5mm, 8 pin µMAX package
• Settling time of 18μs, offset error of ±0.5mV and offset error drift of ±1.6µV/°C
• Monotonic over all operating range, 256Kohm reference input resistance for low power operation
• Gain error of -0.04%FS and gain temperature coefficient of ±2ppm FS/°C
• Integral nonlinearity of ±3LSB and differential nonlinearity of ±0.25LSB
• Reference -3dB bandwidth of 100KHz and voltage output slew rate of 0.5V/µs
• Buffered voltage output directly drives 10Kohm loads
• Automatic Test Equipment; Automatic Tuning; Communication Systems; Data Acquisition; Gain and Offset Adjustment; Portable Instrumentation;
• Power Amplifier Control; Process Control and Servo Loops; Programmable Voltage and Current Sources; Remote Sensing

Notas

ADI products are only authorized (and sold) for use by the customer and are not to be resold or otherwise passed on to any third party