Infineon AN-EVAL 2x8-ISO1H811G-1 Evaluation Board for ISO1H811G for Microcontroller Systems

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RS-artikelnummer:
179-938
Tillv. art.nr:
EVALISO1H811GTOBO1
Tillverkare / varumärke:
Infineon
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Brand

Infineon

Power Management Function

Evaluation Board

For Use With

Microcontroller Systems

Kit Classification

Evaluation Board

Featured Device

ISO1H811G

Kit Name

AN-EVAL 2x8-ISO1H811G-1

COO (Country of Origin):
KR

Infineon Evaluation board, Evaluation Board Power Management Function, For Use With Microcontroller Systems - EVALISO1H811GTOBO1


This evaluation board serves as a practical platform for testing a galvanically isolated high-side switch. Designed for microcontroller systems, it features two isolated voltage domains, enabling users to manage high-side switching with up to 0.6A output. This evaluation board is ideal for engineers looking to evaluate the performance within power management applications.

Features & Benefits


• Supports 3.3V/5V CMOS compatible input signals for flexibility

• Dual voltage domains allow independent operation of components

• Integrates coreless transformer technology for reliable data transfer

• Diagnostic output provides direct over-temperature feedback

Applications


• Suitable for driving resistive, capacitive, or inductive loads

• Utilised in microcontroller-based control systems

• Ideal for developing power management solutions

• Effective for testing high-side switching

• Used in automation and industrial control environments

How does the independent voltage domain feature benefit my design projects?


The independent voltage domains enable the separation of control and power management sections, allowing for safe sequential activation and reducing interference between the components during operation.

What kind of loads can be managed with this evaluation board?


It is designed to handle various load types, including resistive, capacitive, and inductive loads, providing versatility for different electrical specifications in testing scenarios.

Can this board be controlled directly via a microcontroller?


Yes, the evaluation board includes a parallel μC compatible interface for direct control, which simplifies integration with microcontroller systems.

What safety features are included to prevent damage during operation?


Each channel is equipped with over-temperature and over-voltage protection, helping to safeguard the board from potential damage caused by excessive current or thermal stress.

How can I implement manual control using the board?


Manual control can be easily realised by adjusting the onboard DIP switches, which allows direct interaction with the outputs without additional logic circuitry.

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