Datasheet4U Logo Datasheet4U.com

AD7849 - 14-Bit/16-Bit DAC

General Description

The AD7849 is a 14-bit/16-bit serial input multiplying digitalto-analog converter (DAC).

The DAC architecture ensures excellent differential linearity performance, and monotonicity is guaranteed to 14 bits for the A grade and to 16 bits for all other grades over the specified temperature ranges.

Key Features

  • 14-bit/16-bit multiplying DAC Guaranteed monotonicity Output control on power-up and power-down internal or external control Versatile serial interface DAC clears to 0 V in both unipolar and bipolar output ranges.

📥 Download Datasheet

Other Datasheets by Analog Devices

Part Number Description
AD7840 LC2MOS Complete 14-Bit DAC
AD7841 Octal 14-Bit Parallel Input Voltage-Output DAC
AD7843 Touch Screen Digitizer
AD7845 LC2MOS Complete 12-Bit Multiplying DAC
AD7846 16-Bit Voltage Output DAC
AD7846-CHIPS LC2MOS 16-Bit Voltage Output DAC
AD7847 LC2MOS Complete/ Dual 12-Bit MDACs
AD780 High Precision Reference
AD7801 +2.7 V to +5.5 V/ Parallel Input/ Voltage Output 8-Bit DAC
AD7804 +3.3 V to +5 V Quad/Octal 10-Bit DACs

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text
16-SEGMENT SWITCH MATRIX 01008-001 FEATURES 14-bit/16-bit multiplying DAC Guaranteed monotonicity Output control on power-up and power-down internal or external control Versatile serial interface DAC clears to 0 V in both unipolar and bipolar output ranges APPLICATIONS Industrial process controls PC analog I/O boards Instrumentation GENERAL DESCRIPTION The AD7849 is a 14-bit/16-bit serial input multiplying digitalto-analog converter (DAC). The DAC architecture ensures excellent differential linearity performance, and monotonicity is guaranteed to 14 bits for the A grade and to 16 bits for all other grades over the specified temperature ranges. During power-up and power-down sequences (when the supply voltages are changing), the VOUT pin is clamped to 0 V via a low impedance path.