Infineon Technologies' EiceDRIVER™ IC powers the next generation of electric grippers

When it comes to electric grippers, Dahuan occupies a leading market position. As a high-tech enterprise focusing on providing core components for manufacturing scenarios, the electric grippers launched by Dahuan Robotics can replace human hands to complete various actions on the production line with its independently developed precision force control direct drive technology. And such a delicate hand is driven by the "core" of the EeDRIVER device.

From to core drive, the electric gripper launched by Dahuan Robotics integrates multiple products from Infineon, including OpMOS 5 industrial power, industrial, Hall effect, gate driver IC and 6, etc., to provide users with a one-stop complete solution.

Figure: Dahuan Electric Gripper

Among them, Infineon's EiceDRIVER 600V high-side and low-side gate driver IC (IR2181STRPBF) has a typical 1.9A source and 2.3A sink current, has a higher load capacity, can drive MOSFET and, for the product from development and design to final application comprehensive escort.

At present, Infineon has launched the EiceDRIVER 650V high- and low-side gate driver (2ED2181S06F) based on SOI technology based on IR2181STRPBF. The pins are compatible and the product performance is further upgraded and optimized. Not only can the sink current and source current reach 2.5A at the same time, but the Vs negative voltage resistance is up to -100V, with excellent strength and anti-interference, and is more suitable for high-current power devices and high-frequency applications. In addition, the new product can reduce the level conversion loss by 50%, and has an integrated bootstrap design, which saves space, reduces the bill of materials cost and reduces the size through simpler design and lower cost.

With the continuous upgrading of high-end intelligent manufacturing, there will be more application scenarios that require the use of electric intelligent motion control modules. Dahuan will work with Infineon to firmly help realize, digitize, and decarbonize, help the industry develop, and create more unlimited possibilities for digitalization and decarbonization for industrial intelligent manufacturing.