Insulated Gate Bipolar Transistor

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The FP75R12KT4_B16 is an IGBT (Insulated Gate Bipolar Transistor) module from Infineon Technologies, designed for use in high-power applications that require efficient switching and control of electrical power. It is specifically part of Infineon's Trench IGBT series and is often used in industrial, motor control, and power conversion systems.

• Type: IGBT Module
• Voltage Rating (V_CE): 1200V (maximum collector-emitter voltage)
• Current Rating (I_C): 75A (continuous collector current)
• Package Type: B16 package (typically a full-bridge configuration or similar package).
• Switching Frequency: The module is designed to operate at high switching frequencies, typically in the range of 20 kHz to 40 kHz, making it suitable for high-efficiency applications.
• Thermal Resistance: It has low thermal resistance for efficient heat dissipation, typically in the range of 0.3 to 0.4 °C/W for junction-to-case.
• Technology: Trench IGBT technology, which provides low conduction losses and improved switching characteristics.
• Anti-parallel Diodes: Integrated fast recovery diodes that work in conjunction with the IGBT to handle high switching speeds and reduce reverse recovery losses.
• Gate Drive: It is optimized for high-speed gate driving, ensuring efficient switching performance at the required frequencies.
• Cooler Operation: Designed to work effectively in applications that require high efficiency and thermal management, with low switching losses.

• High Voltage Capability: With a maximum voltage rating of 1200V, it is suitable for a wide range of industrial and power electronic applications, where high-voltage switching is required.
• High Current Capability: Capable of handling up to 75A of continuous current, making it suitable for medium-to-high power applications.
• Efficient Power Conversion: The IGBT module's low conduction and switching losses contribute to overall system efficiency in applications such as motor drives, power supplies, and inverters.
• Integrated Protection: Many IGBT modules come with integrated features such as overcurrent and overtemperature protection, but this can depend on the specific design and configuration.

The FP75R12KT4_B16 IGBT module is suitable for a wide variety of high-power applications, including:

• Motor Drives: For controlling the speed and torque of electric motors in industrial and commercial applications.
• Inverters: Used in power conversion applications, such as solar inverters or UPS systems, where efficient DC-to-AC conversion is necessary.
• Switching Power Supplies: In systems requiring efficient energy conversion and high power handling.
• Welding Machines: Used in welding applications requiring precise control of power delivery.
• HVAC Systems: For controlling the operation of compressors and other high-power components.
• Industrial Equipment: Used in industrial automation and control systems that require high-current switching capabilities.

The FP75R12KT4_B16 IGBT module is designed to provide high efficiency and reliable performance in high-power systems, making it ideal for use in various industrial applications requiring efficient power control, high current handling, and voltage switching capabilities.

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Here’s a summary of the module FP20R06YE3‑B4 from Infineon Technologies — along with what to check/verify if you plan to use it.

Based on the datasheet and product listings:

• Collector-Emitter voltage rating V_CE(sat): 600 V max. 

• Rated current: one listing shows “Continuous collector current at 25 °C: 40 A” for this module.

• The module version is “YE3”, suffix “-B4” denotes a particular variant. The datasheet reference: “FP20R06YE3_B4” IGBT Module. 

• Package: It is a module format for power applications (not a small discrete transistor) — so mounting, heatsinking etc matter.

• Technology: As typical for Infineon modules, designed for efficient switching and rugged operation in industrial environment.

• Although one listing mentions 40 A, you should check the datasheet for the exact “I_CNom” (nominal current) under your thermal conditions (case temperature, mounting, cooling).

• Check the thermal management: the module will require a proper heatsink or cooling for rated current and reliability.

• Gate-drive: make sure your gate-emitter voltage, gate resistance, switching speed align with the module’s capabilities.

• Check dynamic parameters: switching losses (E_on, E_off), capacitances, safe operating area (SOA) for your application. The datasheet will provide them.

• Confirm module footprint, mounting holes, footprint match in your design.

• Because the voltage rating is 600 V, make sure your DC bus, transients, insulation etc are within safe margins.

• Ensure authenticity: modules can be counterfeited — buy from trusted suppliers.

If you’re designing a power converter/inverter in the ~600 V class (say DC-bus up to ~500-550 V) and currents up to 30-40 A (depending cooling), the FP20R06YE3-B4 is a reasonable choice: 600 V rating gives margin, the current rating seems okay for moderate power.
However, if you plan much higher current, higher frequency switching, or harsher environment (high ambient temperature), you might need a higher-current module or one with lower losses.
Also, always get the official datasheet for this exact variant (“-B4”) from Infineon and check all relevant charts for your design point (junction temperature, switching losses, cooling conditions).

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The DDB6U134N16RR is a power module from Infineon Technologies, designed to integrate a diode bridge, brake chopper, and NTC thermistor within a compact EconoBRIDGE™ package. citeturn0search0

Key Features:

• Voltage Rating: 1600V collector-emitter breakdown voltage

• Current Rating: 134A nominal output current

• Forward Voltage: 1.35V at 100A

• Power Dissipation: 500W

• Operating Temperature Range: -40°C to +150°C

• Insulation: 2.5 kV AC for 1 minute

• Substrate: Al₂O₃ with low thermal resistance

• Package Dimensions: 45mm x 107.5mm x 20.5mm (W x L x H)

Potential Applications:

• Auxiliary inverters

• Uninterruptible Power Supplies (UPS)

• Power supplies

• Soft starters

• Drives and frequency converters in drive design

For detailed technical specifications, you can refer to the official datasheet provided by Infineon Technologies. citeturn0search1

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• Compact design
• Fine finish
• Precise construction

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