Features and Benefits
- 5 MHz to 20 MHz external clock input rate
- 16 bits, no missing codes
- Signal to noise ratio (SNR): 88 dB (typical)
- Effective number of bits (ENOB): 14.2 bits typical
- Typical offset drift vs. temperature: 1.6 μV/°C typical
- On-board digital isolator
- On-board reference
- See data sheet for additional features
- Download AD7403-EP data sheet
- Military temperature range: −55°C to +125°C
- Controlled manufacturing baseline
- One assembly/test site
- One fabrication site
- Enhanced product change notification
- Qualification data available on request
- V62/16625 DSCC Drawing Number
The AD7403 is a high performance, second-order, Σ-Δ modulator that converts an analog input signal into a high speed, single-bit data stream, with on-chip digital isolation based on Analog Devices, Inc., iCoupler® technology. The AD7403 operates from a 5 V (VDD1) power supply and accepts a differential input signal of ±250 mV (±320 mV full-scale). The differential input is ideally suited to shunt voltage monitoring in high voltage applications where galvanic isolation is required.
The analog input is continuously sampled by a high performance analog modulator, and converted to a ones density digital output stream with a data rate of up to 20 MHz. The original information can be reconstructed with an appropriate digital filter to achieve 88 dB signal to noise ratio (SNR) at 78.1 kSPS. The serial input/output can use a 5 V or a 3 V supply (VDD2).
The serial interface is digitally isolated. High speed complementary metal oxide semiconductor (CMOS) technology, combined with monolithic transformer technology, means the on-chip isolation provides outstanding performance characteristics, superior to alternatives such as optocoupler devices. The AD7403 device is offered in a 16-lead, wide-body SOIC package and has an operating temperature range of −40°C to +125°C. The AD7403-8 device is offered in an 8-lead, wide-body SOIC package and has an operating temperature range of −40°C to +105°C.
- Shunt current monitoring
- AC motor controls
- Power and solar inverters
- Wind turbine inverters
- Data acquisition systems
- Analog-to-digital and opto-isolator replacements
Product Lifecycle Recommended for New Designs
This product has been released to the market. The data sheet contains all final specifications and operating conditions. For new designs, ADI recommends utilization of these products.
Evaluation Kits (5)
The EVAL-AD7403FMCZ/EVAL-AD7403-8FMCZ are full featured evaluation boards designed to allow the user to easily evaluate all features of the AD7403/AD7403-8 isolated analog-to-digital converters (ADC). The evaluation board can be controlled by the EVAL-SDP-CH1Z via FMCZ connector (J9). The SDP-H1 board (EVAL-SDP-CH1Z) allows the evaluation board to be controlled through a USB port of a PC using the evaluation board software available for download from the product page or from the included installer CD.
On-board components include the following:
ADuM6000: isolated iCoupler® 5kV, DC / DC converter
ADP2441: 36 V, 1A, synchronous, step down DC-DC regulator
ADP7104ARDZ-5.0: 5 V low noise LDO
- Full featured evaluation board for the AD7403/AD7403-8
- On-board power supplies
- Standalone capability
- System demonstration platform (SDP-H1) compatible (EVAL-SDP-CH1Z)
- PC software for control and data analysis (CD with software included in evaluation kit)
Evaluation Kit Contents
- Evaluation board
- CD containing evaluation board software installation
Additional Equipment Required
- EVAL-SDP-CH1Z (must be ordered separately) includes a USB cable and 12v wall wart
- Signal source
- PC running Windows XP SP3, Windows Vista, or Windows 7 with USB 2.0 port
FLEXMC MOTOR CONTROL UNIVERSAL AC KIT
The FlexMC Motor Control Development PlatformTM is a rapid development system for any motor control solution. The FlexMC KitTM enables you to accelerate time-to-market and increase performance with powerful model-based design tools. The ADI/Boston Engineering solution combines hardware and software with out-of-the-box functionality for permanent magnet synchronous motor (PMSM) with hall sensor, encoder, or sensorless feedback.
The FlexMC Kit has the hardware and software required to spin the motor under open or closed loop speed control. With the FlexMC Kit, you model your system in MATLAB and Simulink, generate the C code, and then deploy. Utilizing system modeling and design concepts, the FlexMC Kit also contains libraries in MATLAB and Simulink for additional access to proven methodologies. The FlexMC Kit hardware includes a PMSM motor with encoder and a Boston Engineering universal AC input drive board that connects directly to an Analog Devices ADSP-CM408 Mixed-Signal Control Processor EZ Kit. Users can prototype with PC power using MATLAB and Simulink, then deploy with the FlexMC Kit. Easy connection to motors and the ADSP-CM408 EZ Kit make this system perfect for your prototyping needs.
Universal AC Kit Contents
- Universal AC Voltage Motor Control Board, 95-250VAC, 400W
- 3-phase Brushless PMSM
- Quadrature Incremental Encoder'
- SOLD SEPERATELY: ADSP-CM408 EZ-KIT
- Simulink Libraries
- C Libraries
- Demo Application
Note: The FlexMC Motor Control Universal AC Kit is manufactured, distributed and supported by Boston Engineering (BE) exclusively. BE assumes all responsibility for the proper installation and operation of the kit.
Features & BenefitsThe FlexMC Kit enables users to:
- Model and implement motor control algorithms rapidly with sensored and sensorless operation
- Minimize setup time with out-of-the-box functionality and begin testing quickly
- Leverage the high-performance modeling environment to develop, debug, and test new control loops
- Prototype rapidly and then deploy with the FlexMC Kit
FLEXMC MOTOR CONTROL LOW VOLTAGE KIT
The FlexMC Motor Control Development PlatformTM is a rapid development system for any motor control solution. The FlexMC KitTM enables you to accelerate time-to-market and increase performance with powerful model-based design tools. This solution combines hardware and software with out-of-the-box functionality for a permanent magnet synchronous motor (PMSM) with hall sensor, encoder, or sensorless feedback.
The FlexMC Kit has the hardware and software required to spin the kit’s motor under open or closed loop speed control in conjunction with an ADSP-CM408 EZ Kit. The software is provided as an executable file which can be flashed to the ADSP-CM408 processor using the ADI serial boot-loader utility. A .NET-based graphical user interface (GUI) is provided to enable motor start-stop, speed control, and data visualization. Sample C-code is also provided for open loop Volts/Hertz control of a motor.
The FlexMC Kit hardware comes in two variants. The kit option includes a PMSM motor with encoder, a 24V motor drive board, and a power supply. The board-only option includes the motor drive board only. In this case users can connect their own motor and power source. In both cases, the power board connects directly to an Analog Devices ADSP-CM408 Mixed-Signal Control Processor EZ Kit (sold separately). Easy connection to motors and the CM408 EZ Kit make this system perfect for your prototyping needs.
Additional rapid prototyping MATLAB/Simulink tools and support can be obtained by purchasing this kit from Boston Engineering
Low Voltage Kit Contents
- Low Voltage Motor Control Board, 12-36V, 10A
- 24V, 3-phase PMSM (not included in board-only option)
- Quadrature Incremental Encoder (not included in board-only option)
- SOLD SEPERATELY: ADI ADSP-CM408 EZ Kit
- Executable Demo Application
- Sample application C code
Note: To get started, download software and to get technical support on the FlexMC kit go to EngineerZone:
Sample C Code for EV-MCS-LVDRV-Z platform
Getting started with the EV-MCS-LVDRV-Z motor control platform
ISOLATED INVERTER PLATFORM
The Isolated Inverter Platform is a rapid development system for hardware and/or software development in three-phase inverter applications, with a particular focus on motor control. Flexible evaluation of ADI isolation technology in a highly configurable system-oriented platform is enabled with multiple test-points, and connectivity options. An easy-plug connector allows controller connection to an ADSP-CM408 processor evaluation board, while additional 0.1” headers enable alternative connectivity to other processor or FPGA platforms. The benefits of ADI isolated sigma-delta converters for voltage and current measurement, isolated gate drivers, and power controllers can be explored in a full system application at dc bus levels up to 800V. There are 2 models available, isolated inverter platform, and isolated inverter platform with full featured IGBT drivers.
The isolated inverter platform and isolated inverter platform with full featured IGBT drivers offer a power board that runs from a dc input and provides a three-phase variable frequency, variable voltage, and variable dead-time PWM output to a three-phase motor or load. The inverter is provided as an open loop platform, but feedback signals are provided to enable the application developer to close the control loop. For the isolated inverter platform (EV-MCS-ISOINV-Z), two isolated current,phase to phase and dc bus voltage feedback signals are provided to the control side of the board via sigma-delta modulators, and these can be used for development of control algorithms. The inverter is made up of a three-phase six-IGBT bridge, with the IGBTs rated at 1200V and driven by three dual isolated gate drivers (ADuM4223). For the isolated inverter platform with full featured IGBT drivers (EV-MCS-ISOINVEP-Z), three isolated phase current and dc bus voltage feedback signals are provided to the control side of the board via sigma-delta modulators, and these can be used for development of control algorithms. The inverter is made up of a three-phase six-IGBT bridge, with the IGBTs rated at 1200V and driven by six individual isolated gate drivers (ADuM4135) with desaturation protection and Miller clamp. For both platforms, a DC – rather than AC- input is provided to allow flexibility on the dc bus voltage level (rather than it being limited to the ac line peak).
The board is designed to work from a DC supply in the range 24Vdc-800Vdc.. The power board is rated up to 2kVA without forced air cooling. Additional power throughput can be achieved with fan cooling added. A series connected diode implements a half-wave rectifier at the input, so if needed, the power board can be driven from an AC supply. However output power is limited in this case. If a full AC front-end is required, the inverter platform can be utilized in conjunction with the ADP1047 evaluation board up to 300W, or the ADP1048 evaluation board up to 600W. An isolated I2C interface is provided on the inverter board so that the ADP104x evaluation board can be easily controlled by the same processor/FPGA interface. The inverter kit has the hardware and software required to spin a three-phase motor under open loop speed control in conjunction with an ADSP-CM408 EZ Kit. The demo software is provided as an IAR Embedded Workbench C project or an executable file which can be flashed to the ADSP-CM408 processor using the ADI serial boot-loader utility. A .NET-based graphical user interface (GUI) is provided to enable motor start-stop, open loop Volts/Hertz speed control, and data visualization.
- Isolated Inverter Board, 24-800Vdc, 2Kva (2 Versions)
- Adapter board for connection to EZkit
- USB to serial adapter for using GUI
- SOLD SEPERATELY: ADI ADSP-CM408 EZ Kit
- IAR Embedded Workbench C project
- Executable Demo Application
- .NET-based Graphical User Interface (GUI)
- To download software and to get technical support on the isolated inverter platform with basic gate drivers go to https://ez.analog.com/docs/DOC-12105
- To download software and to get technical support on the isolated inverter platform with full featured IGBT drivers go to https://ez.analog.com/docs/DOC-12608
Features & Benefits
The isolated inverter platform enables users to:
- Evaluate ADI’s new, fully featured isolated gate drivers (ADuM4135) technology in a system-level application at realistic dc bus voltages (EV-MCS-ISOINVEP-Z)
- Evaluate ADI simple dual isolated gate driver (ADuM4223) technology in a system-level application at realistic dc bus voltages (EV-MCS-ISOINV-Z)
- Evaluate ADI sigma-delta modulators (AD7403) for voltage and current measurement or feedback in a realistic switching environment
- Develop motor control algorithms utilizing ADI isolated sigma-delta current and voltage feedback
- Test bench their motor control software/firmware with a flexible hardware development platform
- Evaluate an elegant gate driver bias supply solution using the ADP1621
This evaluation board is obsolete and no longer recommended.
The AD-FMCMOTCON2-EBZ is a complete high performance servo system on an FPGA Mezzanine Card (FMC) board, the purpose of which is to provide a complete motor drive system demonstrating efficient and high dynamic control of three phase PMSM and induction motors up to 48V and 20A.
Two motors can be driven at the same time, each motor having its separate power supply. The system incorporates high quality power sources; reliable power, control, and feedback signals isolation; accurate measurement of motor current & voltage signals; high speed interfaces for control signals to allow fast controller response; industrial Ethernet high speed interfaces; single ended Hall, differential Hall, encoder and resolver interfaces; digital position sensors interface; flexible control with a FPGA/SoC interface.
The kit consists of two boards: a controller board and a drive board. An optional AD-DYNO2-EBZ dynamometer can also be purchased through Avnet and is intended to be an extension of the drive system.
- Digital board for interfacing with the low and high voltage drive boards
- Compatible with all Xilinx FPGA platforms with FMC LPC or HPC connectors
- FMC signals voltage adaptation interface for seamless operation on all FMC voltage levels
- Fully isolated digital control and feedback signals
- Isolated Xilinx XADC interface
- 2 x Gbit Ethernet PHYs for high speed industrial communication, with 3rd party EtherCAT support
- Single ended Hall, Differential Hall, Encoder, Resolver interfaces
- Digital sensors interfaces
- BISS Interface
- Drives motors up to 48V @ 20A
- Drives 2 motors simultaneously
- High frequency drive stage implemented with ADI isolated gate drivers
- Supported motor types
Stepper (bipolar / unipolar)
- Integrated over current protection
- Reverse voltage protection
- Current and Voltage measurement using isolated ADCs
- BEMF zero cross detection for sensorless control of PMSM or BLDC motors
- Separate voltage supplies for the 2 motors so that the motors don't influence each other
Dynamometer System with Embedded Control
- Two BLDC motors connected by a rigid couple in a dyno setup, which can be used to test real-time motor control performance.
- One BLDC motor acts as an electronically adjustable load and is driven by the embedded control system. This motor can be directly connected to the FMC motor drive to get complex / active loads. The load can be driven also by the AD-FMCMOTCON2-EBZ to implement dynamic load profiles.
- The other BLDC motor is driven by the FMC motor drive.
- Measurement and display of load motor current
- Measurement and display of load motor speed
- External control using Analog Discovery and MathWorks Instrumentation Control Toolbox
Example reference designs showing how to use the platform with Xilinx® FPGAs or SoCs and high performance control algorithms from Mathworks® are provided together with the hardware. Information on the FMC board, and how to use it, the design package that surrounds it, and the software which can make it work, can be found by clicking the software link.
Features & Benefits
This evaluation board is obsolete and no longer recommended.
The FMCMOTCON2 evaluation kit enables users to:
- Model and implement motor control algorithms rapidly for high performance servo systems, incorporating system modelling and design concepts using Mathworks model based design
- Reduce time needed to move a motor control system from concept to production, by providing a prototyping system to verify the hardware and control algorithms before moving to production stage.
Documentation & Resources
ADSP-CM40x in Solar PV Inverters4/24/2015
Protect your Innovations: from High Precision to High Power8/9/2023
High Performance Inverter Platform From Analog Devices6/22/2023
Overview of Isolated Inverter Platform for Motor Control Design6/22/2023
Control, Drive, Sense, High Density SiC/GaN Power Conversion6/13/2023
高密度の SiC/GaN による電力変換、それを支える制御/駆動/検出技術3/3/2022
Analog Devices' Isolation Technology for Industrial Motor Control3/3/2022
Motor Control Solutions for an Industrial Ethernet Machine11/28/2018
Synchronized Multi-Axis Systems Offering11/28/2018
How Next-Generation Isolated Sigma-Delta Modulators Improve Your System-Level Current Measurement12/20/2021
IC Ecosystem for Driving Next-Generation SiC/GaN Power Converters10/25/2017
Selecting the Right Sense Resistor for Motor Control with Reinforced Isolation11/1/2016
Functional Safety for Integrated Circuits Used in Variable Speed Drives7/1/2016
A System Approach to Understanding the Impact of Nonideal Effects in a Motor Drive Current Loop5/1/2016
A Networked Approach To Improving Energy Efficiency In Manufacturing Automation Systems1/1/2016
Gate Drive and Current Feedback Signal Isolation in Industrial Motor Drives9/1/2015
Sigma Delta Conversion Used for Motor Control8/1/2015
Sigma-Delta Modulators Improve Motion Control Efficiency6/1/2015
Driving Synchronized Precision Motion in Multiaxis Servo Control Systems4/1/2015
Enhancing Industrial Motor Control Performance Utilizing Digital Isolator Technology11/1/2014
Measurement Techniques for Industrial Motion Control6/1/2014
Software & Systems Requirements
Tools & Simulations
Virtual Eval - BETA
Virtual Eval is a web application to assist designers in product evaluation of ADCs, DACs, and other ADI products. Using detailed models on Analog’s servers, Virtual Eval simulates crucial part performance characteristics within seconds. Configure operating conditions such as input tones and external jitter, as well as device features like gain or digital down-conversion. Performance characteristics include noise, distortion, and resolution, FFTs, timing diagrams, response plots, and more.
AD7403 Companion Parts
ADI has always placed the highest emphasis on delivering products that meet the maximum levels of quality and reliability. We achieve this by incorporating quality and reliability checks in every scope of product and process design, and in the manufacturing process as well. "Zero defects" for shipped products is always our goal.View our quality and reliability program and certifications for more information.
|Part Number||Material Declaration||Reliability Data||Pin/Package Drawing||CAD Symbols, Footprints & 3D Models|
|AD7403-8BRIZ||Material Declaration||Reliability Data||8-Lead SOIC (Increased Creepage)|
|AD7403-8BRIZ-RL||Material Declaration||Reliability Data||8-Lead SOIC (Increased Creepage)|
|AD7403-8BRIZ-RL7||Material Declaration||Reliability Data||8-Lead SOIC (Increased Creepage)|
|AD7403BRIZ||Material Declaration||Reliability Data||16-Lead SOIC (Increased Creepage)|
|AD7403BRIZ-RL||Material Declaration||Reliability Data||16-Lead SOIC (Increased Creepage)|
|AD7403BRIZ-RL7||Material Declaration||Reliability Data||16-Lead SOIC (Increased Creepage)|
|AD7403TRIZ-EP||Material Declaration||Reliability Data||16-Lead SOIC (Increased Creepage)|
|AD7403TRIZ-EP-RL7||Material Declaration||Reliability Data||16-Lead SOIC (Increased Creepage)|
|Wafer Fabrication Data|
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