MAX42500

• Easy Access Inputs
• IN1-IN7, with INM Pin for Remote Ground of IN6 and IN7
• ADDR Pin and Jumper for Different I²C AddressSettings
• EN0 and EN1 Jumpers for Easy Configuration
• RC Footprints on Monitoring Pins, with Jumpers forResistor Bypass

The MAX42500 evaluation kit (EV kit) is a fully assembled and tested application circuit designed for the MAX42500 seven‑input industrial power system monitor. The board provides accessible test points for the seven monitored voltages, reset output, and other input signals. The evaluation board connects directly to the SDP Arduino^®‑compatible shield connector, allowing the MAX42500 to interface directly with the SDP controller, which serves as the main system controller.

This user guide contains the MAX42500 ACE plugin, which provides a user-friendly graphical user interface (GUI) that streamlines the evaluation and testing of the MAX42500 evaluation board or EV kit. It allows engineers and system developers to interact with the device without the need for extensive programming knowledge or custom firmware. By simplifying configuration and offering real-time performance insights, the software accelerates the understanding of the device’s behavior and suitability for the intended application, ultimately reducing the overall evaluation time.

Analog Devices’ Analysis, Control, Evaluation (ACE) software is available for use with the EV kit and can be downloaded from ADI’s website.

• DIN B compatible design allows easy prototyping of Ethernet-APL field devices
• Designed and certified for Intrinsic safety (I.S.), Ex ia IIC Ga
• Tested for Ethernet-APL compliance (IEEE 802.3cg-2019)
• FS-Enabled (SIL-2) with hardware diagnostics and FMEDA documentation
• Highly efficient solution maximizing power available to the field device
• Extensive security features: built-in security for hardware root-of-trust, data confidentiality and integrity, and secure communications
• Open-source software stack
• Supports PROFINET, Ethernet-IP, MQTT
• The kit includes 3 boards, I.S. certified boards and a third one to enable access to the RISC-V JTAG debugger.
• Programmers for ARM and RISC-V included

AD-EthernetAPLDevice-SL is a complete Ethernet-APL field platform designed for prototyping intelligent, secure, and connected field devices.

The platform is certified for intrinsic safety (Ex ia IIC Ga) and tested for Ethernet-APL compliance. It is also FS-Enabled (SIL2), featuring the MAX42500 voltage monitor, with integrated windowing watchdog, the MAX6613 temperature sensor, the ADFS7124-4 sigma-delta ADC functional safety approved to SC3, and example FMEDA documentation.

The system integrates the MAX32690—a dual-core ARM Cortex-M4 with FPU and a RISC-V co-processor. This MCU is paired with external RAM (512 Mb) and Flash (64 Mb) to meet the demands of high-performance applications.

A 10 Mbps single-pair Ethernet link, enabled by the ADIN1110 10BASE-T1L MAC/PHY, supports remote data acquisition and system configuration.

The platform is APL-compliant and powered via Single-Pair Power over Ethernet (SPoE), supporting an input voltage range of 9 V to 15 V. It is recommended to use the DEMO-ADIN1100D2Z as both the power source and media converter for Ethernet signals (10BASE-T1L ↔ 10BASE-T).

The kit includes a third, non-intrinsically safe board that provides access to the RISC-V JTAG interface for debugging.

An open-source software stack and supporting collateral are included, enabling seamless experience from evaluation and prototyping to production firmware and application development. The stack includes drivers and example applications for a wide range of ADCs, DACs, sensors, and other industrial components, accelerating development.

The platform supports Zephyr (with an available board definition) and is also supported in Code Fusion Studio.

An example PROFINET stack software application is available to enable easy evaluation and system prototyping (myanalog.com registration required).

APPLICATIONS

• Process automation
• Factory automation
• Field instruments
• Internet of Things

• DIN B compatible design allows easy prototyping of Ethernet-APL field devices
• Designed and certified for Intrinsic safety (I.S.), Ex ia IIC Ga
• Tested for Ethernet-APL compliance (IEEE 802.3cg-2019)
• FS-Enabled (SIL-2) with hardware diagnostics and FMEDA documentation
• Highly efficient solution maximizing power available to the field device
• Extensive security features: built-in security for hardware root-of-trust, data confidentiality and integrity, and secure communications
• Open-source software stack
• Supports PROFINET, Ethernet-IP, MQTT
• The kit includes 3 boards, I.S. certified boards and a third one to enable access to the RISC-V JTAG debugger.
• Programmers for ARM and RISC-V included

AD-EthernetAPLDevice-SL is a complete Ethernet-APL field platform designed for prototyping intelligent, secure, and connected field devices.

The platform is certified for intrinsic safety (Ex ia IIC Ga) and tested for Ethernet-APL compliance. It is also FS-Enabled (SIL2), featuring the MAX42500 voltage monitor, with integrated windowing watchdog, the MAX6613 temperature sensor, the ADFS7124-4 sigma-delta ADC functional safety approved to SC3, and example FMEDA documentation.

The system integrates the MAX32690—a dual-core ARM Cortex-M4 with FPU and a RISC-V co-processor. This MCU is paired with external RAM (512 Mb) and Flash (64 Mb) to meet the demands of high-performance applications.

A 10 Mbps single-pair Ethernet link, enabled by the ADIN1110 10BASE-T1L MAC/PHY, supports remote data acquisition and system configuration.

The platform is APL-compliant and powered via Single-Pair Power over Ethernet (SPoE), supporting an input voltage range of 9 V to 15 V. It is recommended to use the DEMO-ADIN1100D2Z as both the power source and media converter for Ethernet signals (10BASE-T1L ↔ 10BASE-T).

The kit includes a third, non-intrinsically safe board that provides access to the RISC-V JTAG interface for debugging.

An open-source software stack and supporting collateral are included, enabling seamless experience from evaluation and prototyping to production firmware and application development. The stack includes drivers and example applications for a wide range of ADCs, DACs, sensors, and other industrial components, accelerating development.

The platform supports Zephyr (with an available board definition) and is also supported in Code Fusion Studio.

An example PROFINET stack software application is available to enable easy evaluation and system prototyping (myanalog.com registration required).

APPLICATIONS

• Process automation
• Factory automation
• Field instruments
• Internet of Things