Analog Devices Inc. EVAL-AD7606BFMCZ

Overview

EVAL-AD7606BFMCZ from Analog Devices is a full-featured evaluation board designed to characterize the AD7606B 8-channel, 16-bit, 800 kSPS simultaneous-sampling analog-to-digital converter with bipolar ±5 V or ±10 V input ranges. It integrates on-board ADP7118 5 V LDO regulators and ADR4525 precision voltage reference, supports SDP-H1 (EVAL-SDP-CH1Z) controller interface via FMC connector, and enables time/frequency domain analysis of high-fidelity sensor data in industrial data acquisition systems.

For engineers reviewing the EVAL-AD7606BFMCZ datasheet, EVAL-AD7606BFMCZ pinout, EVAL-AD7606BFMCZ application, or EVAL-AD7606BFMCZ equivalent, this page delivers verified hardware configuration options, software-controlled ADC register access, real-time waveform/histogram/FFT analysis capabilities, and precise power supply selection logic for reliable lab validation of high-channel-count, high-precision DAS designs.

Technical Context

The EVAL-AD7606BFMCZ implements hardware-mode and software-mode operation for the AD7606B, with configurable JP4 (RANGE), JP5 (PAR/SER SEL), and JP6 (REF SELECT) jumpers enabling ±5 V/±10 V input range, serial/parallel interface, and internal/external reference selection without host software. Its FMC (FPGA Mezzanine Card) interface provides standardized high-speed digital connectivity to the SDP-H1 controller board.

On-board power architecture includes dual sourcing via JP2: either 12 V from EVAL-SDP-CH1Z or 7–9 V dc from terminal block P4, regulated to 5 V by ADP7118 LDOs and further conditioned for VDRIVE (3.3 V) via JP3. Channel inputs are accessible through SMB connectors J1–J4 and terminal blocks P6–P10, supporting direct sensor interfacing with 5 MΩ input impedance.

Key Specifications

Availability

EVAL-AD7606BFMCZ is available at Aetrix Electronics and suitable for industrial data acquisition, power quality monitoring, and sensor signal conditioning applications requiring stable component supply, traceable evaluation hardware, and validated ADC performance characterization.

Supply support for EVAL-AD7606BFMCZ includes scheduled delivery planning, volume procurement assistance, BOM continuity management, traceable sourcing, and lifecycle availability coordination for OEM customers, industrial embedded developers, connected-device designers, and electronics production programs.

Manufacturer

Analog Devices, Inc. is a global leader in high-performance analog, mixed-signal, and digital signal processing semiconductors, headquartered in Norwood, MA, with deep expertise in precision data conversion and signal conditioning.

This evaluation board belongs to Analog Devices' AD7606B product line - engineered specifically for high-channel-count, simultaneous-sampling data acquisition systems in energy metering, motor control, and industrial automation where timing coherence and DC accuracy are critical.

FAQ

What is the primary function of the EVAL-AD7606BFMCZ evaluation board?

The EVAL-AD7606BFMCZ evaluation board is a dedicated hardware platform for evaluating the AD7606B 8-channel, 16-bit, simultaneous-sampling ADC. It provides complete signal chain support-including on-board power regulation (ADP7118), precision reference (ADR4525), FMC-based digital interface to SDP-H1, and flexible analog input routing-enabling engineers to validate dynamic performance (SNR, THD), DC accuracy, and system-level timing behavior of the AD7606B under real-world conditions before integration into final designs.

Which controller board is required to operate the EVAL-AD7606BFMCZ?

The EVAL-AD7606BFMCZ requires the EVAL-SDP-CH1Z (SDP-H1) system demonstration platform controller board for USB-hosted operation. The two boards connect via the FMC (FPGA Mezzanine Card) interface, allowing the SDP-H1 to manage digital communication, clocking, and command sequencing with the AD7606B. Without the SDP-H1, standalone operation is possible only for basic hardware-configured modes (e.g., fixed input range, interface, and reference), but full register access and real-time analysis require the SDP-H1 and ACE software.

How does the EVAL-AD7606BFMCZ support both hardware and software configuration modes?

The EVAL-AD7606BFMCZ supports hardware mode via jumper settings (JP4, JP5, JP6) that directly tie ADC control pins (RANGE, PAR/SER SEL, REF SELECT) to VDRIVE or AGND-enabling fixed configurations without host software. In software mode, those same pins are driven by the SDP-H1 under ACE software control, unlocking full memory map access, per-channel calibration, oversampling ratios up to 256×, and dynamic reconfiguration. This dual-mode flexibility lets users prototype both simple fixed-function systems and complex adaptive DAS architectures using the same EVAL-AD7606BFMCZ board.

What software tools are needed to use the EVAL-AD7606BFMCZ effectively?

The ACE (Analysis Control Evaluation) software is mandatory for full functionality of the EVAL-AD7606BFMCZ. It provides three core views: Chip View for register-level configuration (gain, offset, oversampling), Memory Map View for direct register read/write, and Analysis View for real-time waveform, histogram, and FFT analysis. The ACE software includes an AD7606B-specific plug-in and must be installed before connecting hardware to ensure proper driver recognition. All software components-including drivers for EVAL-SDP-CH1Z-are distributed exclusively via the official AD7606B product page on analog.com.

Can the EVAL-AD7606BFMCZ be powered independently of the SDP-H1 controller?

Yes, the EVAL-AD7606BFMCZ can be powered independently using a 7–9 V dc supply connected to terminal block P4, with JP2 set to Position B to route power to the on-board ADP7118 LDO regulators. This configuration decouples the evaluation board from the SDP-H1's 12 V rail, allowing standalone testing of analog front-end performance, reference stability, and power supply rejection-provided digital control is handled externally or via preconfigured hardware jumpers. However, full ACE software interaction still requires the SDP-H1 for USB communication and FPGA-based data capture.