MAX5250AEAP+

Digital To Analog Converters Overview

The MAX5250AEAP+ is a low-power, quad, 10-bit voltage-output digital-to-analog converter with a serial interface. It integrates four DACs and precision output amplifiers in a 20-pin SSOP package. The device operates on a single +5V supply with a typical current of 0.85mA. Key electrical parameters include a settling time of 10µs to ±1/2LSB, an INL of ±1 LSB, and DNL of ±1 LSB. It supports SPI/QSPI and MICROWIRE interfaces.

Digital To Analog Converters Feature Summary

• Integrates four 10-bit DACs with configurable output amplifiers
• Features software shutdown reducing supply current to 10µA
• Includes active-low reset clearing all registers and DACs to zero
• Supports simultaneous or independent control via 3-wire serial interface

Digital To Analog Converters Applications

• Digital offset and gain adjustment
• Industrial process controls
• Automatic test equipment
• Microprocessor-controlled systems

Digital To Analog Converters Procurement Notes

Verify the specific suffix 'E' indicates the extended temperature range (-40°C to +85°C) compared to the standard commercial grade. Confirm the 'P+' denotes lead-free and RoHS compliance status. Ensure the SSOP-20 package matches the target PCB footprint requirements for the design.

Digital To Analog Converters Selection Notes

Select this component when multiple low-cost, low-power DAC channels are required in a compact form factor. The availability of external feedback pins allows for flexible gain configurations beyond unity. Consider the 10-bit resolution and 10µs settling time against system speed requirements.

Digital To Analog Converters Part Context

This part belongs to the MAX5250 family of quad DACs. The AEAP+ variant specifically denotes the extended industrial temperature range and the SSOP-20 plastic package. It serves as a cost-effective solution for applications requiring multiple analog outputs from a microcontroller.

Digital To Analog Converters Replacement Considerations

The MAX5255 offers a 12-bit upgrade within the same package. For pin-compatible replacements, verify if the higher resolution meets the application needs without altering the board layout. Check if the power consumption differences impact the thermal design.