Analog Devices Inc. EVAL-AD3532R Evaluation Board
Analog Devices EVAL-AD3532R Evaluation Board is a full-featured platform for evaluating the AD3532R 16-bit, 16-channel voltage-output digital-to-analog converter. The EVAL-AD3532R allows users to quickly prototype AD3532R circuits and reduce design time during DAC-based signal generation and control development. The EVAL-AD3532R supports PC control when used with the ADI SDP-K1 system demonstration platform board. The EVAL-AD3532R Evaluation Board also provides a PMOD connection for microcontroller-based evaluation without the SDP-K1 board, giving designers flexibility across PC-controlled and embedded development workflows.
Features
- Full-featured evaluation board for the AD3532R 16-bit, 16-channel voltage output DAC
- Fast AD3532R circuit prototyping to help reduce design time
- Various link options for flexible evaluation setup
- PC control support when used with the SDP-K1 board
- PMOD connection for microcontroller-based operation without the SDP-K1 board
- Onboard ADR4525 voltage reference in addition to AD3532R internal reference support
Applications
- AD3532R DAC evaluation
- 16-channel voltage output DAC prototyping
- PC-controlled DAC programming and evaluation
- Microcontroller-based DAC evaluation through PMOD connectivity
- Prototype analog output and signal generation designs
Specifications
- AD3532R single-supply operating range of 2.7V to 5.5V
- AD3532R internal 2.5V reference support for 2.5V or 5V output voltages
- Onboard ADR4525 voltage reference
- USB PC interface through the SDP-K1 board connection
- PMOD interface for microcontroller connection
Required Equipment
- EVAL-SDP-CK1Z SDP-K1 board, purchased separately
Software
- ACE software with the EVAL-AD3532RARDZ plugin
- SDP-K1 firmware for EVAL-AD3532RARDZ, included in the plugin
Associated Voltage References
Analog Devices Inc. ADR45xx Voltage References
Ultra-low noise, high-accuracy 2.048V to 3.3V voltage references suitable for portable equipment.
Board
Analog Devices Inc. SDP-K1 Controller Board
Develops proprietary components and reference circuits through a USB 2.0 high-speed connection.
Overview
