INFINEON 2ED300C17-ST Eicedriver Ema Indutec Board GDR3-2 160426

( Brand: Infineon ), ( Manufacturer Part Number: 2ED300C17-ST ), ( Part Type: Board ), ( Location: Tuff-20 Wit/26 )

Review INFINEON Eicedriver And Ema Indutec Board Used Warranty

The **Infineon 2ED300C17-ST EICE Driver EMA Indutec GDR3-2 (Board, 160426)** is a high-performance, integrated power module designed for demanding industrial and automotive applications requiring precise control of electric motors, particularly in inverter-based systems. This compact yet robust solution combines Infineon s advanced semiconductor technology with a sophisticated driver architecture, making it ideal for applications such as electric vehicle (EV) traction inverters, industrial servo drives, and high-efficiency motor control systems. The **2ED300C17-ST** module features a **half-bridge configuration** with integrated **EICE (Enhanced Integrated Current Sensing)** technology, enabling accurate and fast current sensing without external shunt resistors, which simplifies system design and reduces parasitic losses. The **Indutec GDR3-2** driver board complements this module by providing a fully integrated, gate-drive solution optimized for high-speed switching and minimal electromagnetic interference (EMI), ensuring reliable operation even under harsh environmental conditions.

This product is built around Infineon s **CoolMOS ** and **TRENCHSTOP ** IGBTs, which deliver superior thermal performance, reduced switching losses, and extended lifespan compared to traditional power devices. The **EICE driver** integrates a **high-side and low-side current sensing** mechanism, allowing for real-time feedback to the control system, which enhances dynamic response, fault detection, and protection mechanisms. The **160426** designation likely refers to a specific revision or variant of the board, potentially incorporating firmware or hardware optimizations for improved efficiency, gate-drive performance, or compatibility with Infineon s **AURIX ** or other microcontroller-based control platforms.

The **GDR3-2** driver board is designed with **low-inductance layout techniques**, ensuring minimal gate-loop inductance for faster switching transitions and reduced dv/dt stress on the IGBTs. It also incorporates **undervoltage lockout (UVLO), dead-time control, and shoot-through protection**, safeguarding the module from operational faults while maintaining high reliability. The board s **isolated gate-drive circuitry** further enhances safety by preventing ground loops and reducing the risk of common-mode noise, which is critical in high-voltage applications. Additionally, the **EMA (Enhanced Motor Application)** designation suggests that this module is engineered for motor control applications, offering optimized gate-drive signals for sine-wave PWM, space-vector modulation (SVM), or other advanced control strategies.

From a mechanical perspective, the **2ED300C17-ST** module is housed in a **compact, high-density package**, allowing for efficient thermal management through direct mounting on a heat sink or via integrated cooling solutions. The **GDR3-2 driver board** is designed for easy integration into existing power conversion systems, with standardized connectors and mounting interfaces that facilitate rapid prototyping and production deployment. The combination of **high-voltage (up to 650V or 800V, depending on variant) and high-current (up to 300A per half-bridge)** capabilities makes this solution suitable for high-power industrial drives, renewable energy systems, and electric propulsion applications where efficiency and durability are paramount.

For engineers and designers, this product offers a **turnkey solution** that reduces the complexity of power stage development by consolidating multiple functions including current sensing, gate-drive, and protection into a single, optimized package. The **EICE driver s integration with Infineon s software tools and development kits** further streamlines the design process, enabling faster validation and optimization of motor control algorithms. Whether deployed in **EV powertrains, industrial automation, or renewable energy converters**, the **2ED300C17-ST EICE Driver EMA Indutec GDR3-2 board** represents a cutting-edge power module that balances performance, reliability, and ease of integration, making it a premium choice for next-generation motor control applications.

### **Pros and Cons of buying a Infineon 2ED300C17-ST EICE Driver (GDR3-2, 160426 Board)**

#### **Pros**

1. **High Power Handling** The Infineon 2ED300C17-ST is a 300A, 1700V half-bridge IGBT module, making it suitable for high-power applications such as industrial drives, motor controllers, and renewable energy systems. Its robust current and voltage ratings ensure reliable operation in demanding environments.

2. **Integrated EICE (Embedded Current Sensing)** The module includes integrated current sensing, which simplifies design by eliminating the need for external current transformers or shunt resistors. This reduces PCB space, wiring complexity, and potential signal noise issues.

3. **Compact and Modular Design** The GDR3-2 package is a half-bridge module, which means it can be paired with a complementary device (e.g., 2ED300C17-ST for the upper half and 2ED300C17-ST for the lower half) to form a full-bridge. This modularity allows for flexible system integration without requiring large heat sinks or complex cooling solutions.

4. **Low Switching Losses** Infineon s IGBT technology is optimized for efficiency, reducing switching losses compared to older generations. This is beneficial for applications where energy efficiency is critical, such as variable frequency drives (VFDs) or electric vehicle traction inverters.

5. **Reliability and Durability** Infineon is a well-established semiconductor manufacturer with a strong reputation for quality and long-term availability. The module is designed for industrial use, with features like reinforced insulation and robust packaging to withstand harsh conditions.

6. **Support for Advanced Gate Drivers** The module is compatible with Infineon s EICE-compatible gate drivers (e.g., the TLE946x series), which provide precise control, dead-time adjustment, and protection features. This integration simplifies firmware development and reduces the risk of misfiring or shoot-through.

7. **Thermal Management** The GDR3-2 package includes integrated cooling via the baseplate, allowing for efficient heat dissipation when paired with an appropriate heat sink. This reduces the need for additional cooling solutions in many applications.

8. **Wide Operating Temperature Range** The module supports junction temperatures up to 150 C, making it suitable for applications in extreme environments (e.g., industrial machinery, automotive systems, or outdoor installations).

9. **Protection Features** The IGBT module includes built-in protection mechanisms such as overcurrent, undervoltage, and short-circuit protection, reducing the risk of catastrophic failure in fault conditions.

10. **Compatibility with Infineon s Ecosystem** If you are already using Infineon components (e.g., gate drivers, sensors, or controllers), this module integrates seamlessly with their ecosystem, reducing design complexity and ensuring compatibility.

---

#### **Cons**

1. **High Cost** As a high-performance, industrial-grade module, the Infineon 2ED300C17-ST is expensive compared to lower-power or less feature-rich alternatives. The cost may be prohibitive for small-scale or low-budget projects.

2. **Limited Availability of Complementary Modules** While the GDR3-2 is a half-bridge, you must pair it with another identical module to form a full bridge. If you need a full-bridge solution, you must purchase two units, doubling the cost. Some competitors offer full-bridge modules in a single package, which may be more cost-effective.

3. **Complex Gate Driver Requirements** The EICE interface requires a compatible gate driver (e.g., Infineon s TLE946x series). If you are not already using Infineon s ecosystem, you may need to invest in additional hardware or adapt your existing driver circuitry, adding complexity to the design.

4. **Gate Charge Considerations** The module has a relatively high gate charge (typically around 100 150 C per IGBT), which can increase power dissipation in the gate driver and require a higher-capacity gate driver supply. This may necessitate additional filtering or power supply design considerations.

5. **Soldering and Assembly Challenges** The GDR3-2 package is a surface-mount module, and improper soldering can lead to poor thermal contact or electrical issues. It requires careful handling during PCB assembly, especially in high-volume production.

6. **Limited Stock and Lead Times** Like many high-performance semiconductor modules, Infineon components may have variable lead times due to demand fluctuations or supply chain issues. This can delay projects if the module is not readily available.

7. **Overkill for Low-Power Applications** If your application does not require 300A of current (e.g., a small motor controller or low-power inverter), this module is significantly overpowered and unnecessarily expensive. Smaller IGBT modules (e.g., 100A 200A) would suffice and reduce costs.

8. **Thermal Management Dependence** While the module supports efficient cooling, improper heat sink selection or insufficient thermal interface material (TIM) can lead to overheating and reduced lifespan. This requires careful thermal design to ensure reliability.

9. **Firmware Complexity** The EICE interface introduces additional complexity in firmware development, particularly for dead-time control, fault handling, and synchronization with other modules. Developers with limited experience in high-power inverter design may find this challenging.

10. **Potential for Obsolescence** Infineon periodically updates its product lineup, and older modules like the 2ED300C17-ST may eventually be discontinued. While Infineon has a strong track record of supporting legacy products, this is a risk for long-term projects.

---

### **Conclusion**

The **Infineon 2ED300C17-ST EICE Driver (GDR3-2)** is an excellent choice for **high-power industrial applications** where reliability, efficiency, and integrated current sensing are critical. Its robust performance, modular design, and compatibility with Infineon s ecosystem make it ideal for **VFDs, motor drives, renewable energy systems, and electric vehicle traction inverters**. However, its **high cost, complexity, and overkill for low-power applications** may not justify its use in smaller or budget-conscious projects.

If your application demands **300A current handling, precise current sensing, and Infineon s gate driver ecosystem**, this module is a strong recommendation. For lower-power or simpler applications, consider **smaller IGBT modules or full-bridge alternatives** from competitors like **Vishay, STMicroelectronics, or Mitsubishi** to reduce costs and complexity.

### **Recommendation**

- You need a **high-power, reliable IGBT module** (300A ) for industrial or automotive applications.

- You are already using **Infineon s gate drivers or ecosystem** (e.g., TLE946x series).

- Your design **benefits from integrated current sensing** (EICE), reducing PCB complexity.

- You require **wide-temperature operation** and **long-term reliability**.

- Your application requires **less than 200A** of current, making this module unnecessarily expensive.

- You are **not using Infineon s gate drivers**, as compatibility may require additional work.

- You prefer **full-bridge modules in a single package** to simplify assembly.

- Your budget is **constrained**, as alternatives (e.g., 2ED200C17-ST or competitor modules) may offer better cost-performance.

For most **high-end industrial or automotive power conversion applications**, the **2ED300C17-ST is a solid choice**. For other use cases, evaluate alternatives carefully to ensure the best balance of performance, cost, and complexity.

Details:

Key Features: - model: Infineon 2ED300C17-ST condition: Used, fully functional, includes warranty Compatibility: Ideal for various electronic projects Shipping: Same-day shipping available quick delivery Explore our wide range of related items to complete your setup. Same day shipping options search MRM Machine. You are buying one circuit board with power supply module. Do not miss this opportunity to enhance your electronic applications.

This unit is used with warranty. Perfect for industrial applications, this board is an excellent choice enhancing performance in electronic systems. Location: Tuff-20 WIT/2. This reliable used unit comes with a warranty for peace of mind.

part #: 2ed300c17 prices

• $59.00-$119.99

specifications pcbemdev:

• brand: Infineon
• mpn: 2ed300c17-st
• part type: Board
• location: Tuff-20 Wit/26

general pcbemdev:

• condition: Used
• Electronic Components Semiconductors > Circuit Boards Prototyping > Printed Circuit Boards PCBs

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• rating: 100.0%
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• availability: In Stock
• started: February 23, 2026
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