SEMIKRON SKM400GAR12T4 IGBT Module
SEMIKRON SKM400GAR12T4 IGBT Module
The SEMIKRON SKM400GAR12T4 IGBT Module is a high-performance energy semiconductor module designed for demanding high-power functions in areas reminiscent of motor drives, inverters, and energy provides. Listed below are the important thing options, functions, and specs of the module:
- Excessive Energy Design: The module is constructed to deal with excessive energy ranges, making it appropriate for functions that require substantial energy conversion.
- Voltage and Present Scores: It encompasses a voltage ranking of 1200 volts and a present ranking of 400 amperes, contributing to its means to deal with excessive energy necessities.
- Most Energy Dissipation: The module can dissipate a most energy of 2700 watts, guaranteeing environment friendly operation even underneath heavy hundreds.
- Low Thermal Resistance: The module is designed with low thermal resistance, which helps in managing warmth dissipation and sustaining optimum working circumstances.
- Absolutely Remoted Baseplate: The absolutely remoted baseplate enhances security and permits the module for use in high-temperature environments with out compromising efficiency.
- Low Inductance Case: The module’s low inductance case design contributes to decreasing switching losses and bettering total effectivity.
- Quick Tail Present: It displays brief tail present with low temperature dependence, which additional aids in minimizing power losses.
- Excessive Quick Circuit Functionality: The module has excessive brief circuit functionality and is self-limiting to six occasions the nominal present (Icnom), enhancing robustness.
- Quick & Delicate Inverse CAL Diodes: The quick and mushy inverse CAL diodes contribute to environment friendly switching and decrease losses.
- Remoted Copper Baseplate (DBC Expertise): Using Direct Copper Bonding (DBC) Expertise for the remoted copper baseplate ensures dependable thermal efficiency.
- Switched Mode Energy Provides: Appropriate for functions requiring high-frequency operation (fs > 20kHz), reminiscent of resonant inverters and inductive heating.
- Resonant Inverters: Can be utilized in resonant inverters working as much as 100kHz, contributing to environment friendly energy conversion.
- Inductive Heating: Relevant for inductive heating functions, offering environment friendly energy supply.
- Digital Welders: Appropriate for digital welders working at excessive frequencies (fs > 20kHz), guaranteeing exact and efficient welding.
Most Scores and Traits:
- Collector-Emitter Voltage Vces: 1200V
- Gate-Emitter Voltage VGES: ±20V
- Collector Present Ic: 600A
- Collector Present Icp: 1200A
- Collector-Emitter Voltage VCES: 4000V
- Working Junction Temperature Tj: +150°C
- Storage Temperature Tstg: -40 to +175°C
- Mounting M5 Screw Torque: 2.5~5 N·m
- Weight (Typical): 325g
The SEMIKRON SKM400GAR12T4 IGBT Module’s mixture of excessive energy capabilities, low thermal resistance, and superior know-how make it a superb alternative for high-power functions the place effectivity and efficiency are essential.
- T-Mobile will start automatically moving some customers to pricier plans
- Nvidia’s Jensen Huang tops “most popular CEOs” survey, check out the best and worst approval ratings
- Google recently mitigated the largest DDoS attack ever, peaking at 398 million requests per second
- Illuminating errors creates a new paradigm for quantum computing
- Alternative method cuts time for computer simulation of absorption spectrum from days to hour
- MYTH #2: e-mode devices have no Qrr
- AI energy demands could soon match the entire electricity consumption of Ireland
- Self-healing phone screens could be here by 2028
- Increased power density for POL converters with smallest buck regulator modules
- New 800V N-channel depletion mode MOSFET supplied in modified SOT-223-2L package