Key facts
- Manuals
- 24
- Models
- 2
- Languages
- ZH
- Last added
- 2012-06-12
SEMIKRON models by category
Featured SEMIKRON manuals

Semikron SKiiP® 4 Intelligent Power Module Product Introduction
The SKiiP® 4 is a next‑generation intelligent power module (IPM) that uses sintered chip connections and a pressure‑contact system, giving it a longer lifetime and the ability to operate at higher temperatures. It integrates a heat sink, power module, driver and protection sensors in a compact package, and offers versions for 1200 V and 1700 V.
Designed for high‑power renewable‑energy and industrial applications, the module supports output currents up to 3600 A, a 33 % increase in power density over the SKiiP® 3, and can be used in wind turbines, solar inverters, traction drives, elevators and large‑scale industrial drives. The sintered connection provides a thin silver layer with thermal resistance far lower than welded joints, enabling reliable operation under extreme thermal cycling. This manual is written in Chinese.
Covers: Technical Features · Packaging and Connection Technology · Power Density and Current Rating · Voltage and Current Specifications · Gate Driver Concept · Reliability Testing

Semikron AN-7004 IGBT Driver Application Note
The document provides methods for determining the performance of IGBT drivers used in power electronic systems. It covers gate‑charge curves, measurement techniques, driver output‑power calculations and selection criteria for suitable drivers.
The note also introduces the free DriverSel software tool for simplifying driver calculations and includes symbols, terminology and reference material for further study. This manual is written in Chinese.
Covers: Gate Charge Curve · Measuring Gate Charge · Determining Gate Charge · Driver Output Power · Gate Current · Peak Gate Current

Semikron AN-7003 Gate Resistor Application Note
The guide provides design principles for using gate resistors (RG) to control IGBT switching. It covers the impact of RG on switching time, loss, dv/dt, di/dt, EMI and voltage spikes, and offers calculation methods for optimal resistor values.
Key sections include IGBT switching characteristics, free‑wheeling diode behavior, driver output stage, gate‑resistor calculation, minimum gate impedance, power dissipation, peak‑power capability, resistor types, layout recommendations, troubleshooting, and a glossary of symbols and terms. This manual is written in Chinese.
Covers: IGBT Switching Characteristics · Freewheeling Diode Switching Characteristics · Driver Output Stage · Gate Resistor Calculation · Minimum Gate Impedance – Maximum Gate Peak Current · Power Dissipation

SEMIKRON MiniSKiiP & SEMIPACK Heat Coating Service Manual
SEMIKRON offers a dedicated heat‑coating service for power semiconductor modules. The service integrates automatic screen‑printing, specialized bubble‑pack packaging, and statistical process control to ensure uniform coating thickness and reliable performance.
The process achieves a thickness tolerance of ±10 µm, a defect rate of only 60 per million units, and allows coated modules to be stored in patented bubble packs for up to 18 months. The service is available for MiniSKiiP (CIB up to 100 A and six‑component up to 150 A) and will be expanded to the SEMIPACK series. This manual is written in Chinese.
Covers: Service Overview · Heat Coating Process · Quality Control and Tolerance · Packaging and Storage · MiniSKiiP Series Application · Future Expansion to SEMIPACK
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SEMIKRON SKCD 06 C 120 I HD handbook
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SEMIKRON P600 A...P600 S Data Sheet
SEMIKRON SM 4001...SM 4007 Data Sheet
The SM4001 is a Schottky diode produced by NEXPERIA. It is a 6.2V, 1A Schottky diode with a breakdown voltage of 60V and a maximum reverse bias current of 25mA. The maximum reverse leakage current is 10uA, the forward current transfer ratio is 100%, and the reverse recovery time is 500ns. It is mainly used in switch, rectifier, and detector circuits.
SEMIKRON B 40FD ... B 380FD handbook
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SEMIKRON SKN 26 Data Sheet
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SEMIKRON B ...C 3200-2200 Data Sheet
Features of the product:
- 1
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Which document do I need?
Application Note
How to use the product for one specific task, with worked examples.
Questions answered in SEMIKRON manuals
What is the maximum output current of the SKiiP® 4 module?
The SKiiP® 4 can deliver up to 3600 A of output current.
From: Semikron SKiiP® 4 Intelligent Power Module Product Introduction
Which voltage ratings are offered for the SKiiP® 4?
It is available in 1200 V and 1700 V versions.
From: Semikron SKiiP® 4 Intelligent Power Module Product Introduction
What determines the gate charge of an IGBT driver?
The gate charge is determined by the equivalent input capacitances CGC and CGE.
How is driver output power expressed in the document?
Driver output power can be expressed with the formula shown as sw_out = GD f EP ×.
How does the gate resistor affect IGBT switching speed?
The gate resistor influences the IGBT’s switching time and switching loss; a larger resistor slows the transition while a smaller resistor speeds it up.
What is the recommended relationship between RG(on) and RG(off)?
RG(off) should be about twice the value of RG(on).
