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  • STOCK SKKD81/16  Diode module  IGBT POWER MODULE   transistors  mosfet  IGBT MODULE  Thyristor SCR
  • STOCK SKKD81/16  Diode module  IGBT POWER MODULE   transistors  mosfet  IGBT MODULE  Thyristor SCR
  • STOCK SKKD81/16  Diode module  IGBT POWER MODULE   transistors  mosfet  IGBT MODULE  Thyristor SCR
  • STOCK SKKD81/16  Diode module  IGBT POWER MODULE   transistors  mosfet  IGBT MODULE  Thyristor SCR
  • STOCK SKKD81/16  Diode module  IGBT POWER MODULE   transistors  mosfet  IGBT MODULE  Thyristor SCR
  • STOCK SKKD81/16  Diode module  IGBT POWER MODULE   transistors  mosfet  IGBT MODULE  Thyristor SCR
STOCK SKKD81/16  Diode module  IGBT POWER MODULE   transistors  mosfet  IGBT MODULE  Thyristor SCR
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STOCK SKKD81/16 Diode module IGBT POWER MODULE transistors mosfet IGBT MODULE Thyristor SCR

  • 1 - 9 Pieces
    $7
  • >= 10 Pieces
    $6.50

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

STOCK SKKD81/16 Diode module IGBT POWER MODULE transistors mosfet IGBT MODULE Thyristor SCR

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Power Semiconductor Control: Designed to handle high current and voltage demands, enabling precise switching and power regulation in industrial and electronic systems.
  • Multi-Type Semiconductor Integration: Combines thyristors, diodes, IGBTs, and transistors to support diverse applications such as motor control, power conversion, and energy management.

Key features

  • 1. Advanced Material Technology

  • With a robust ceramic and metal construction, ensure reliable operation in high-stress industrial environments. The corrosion-resistant metal terminals and heat-resistant ceramic housing enhance durability and longevity compared to plastic-based alternatives*.

  • 2. User-Friendly Interactive Design

  • With clearly labeled terminals and a QR code-linked technical specification sheet, simplify integration into circuits and troubleshooting. This design reduces installation errors and improves maintenance efficiency compared to non-labeled modules*.

  • 3. High-Performance Parameters

  • With a rated current of 92A and voltage of 1600V, deliver ~20% higher power handling capacity than standard modules*. This enables seamless operation in demanding applications like industrial motor control and energy conversion systems.

  • 4. Versatile Scenario Solutions

  • Designed for high-power applications such as industrial motor control and energy management systems, ensuring stable performance in continuous operation scenarios. The modular design adapts to both commercial and industrial use cases*.

  • 5. Compliance with Safety Standards

  • Complies with electrostatic discharge (ESD) protection protocols, minimizing damage risks during handling and installation. Certification details for safety and environmental standards are subject to manufacturer confirmation*.

Product details

STOCK SKKD81/16  Diode module  IGBT POWER MODULE   transistors  mosfet  IGBT MODULE  Thyristor SCR

The STOCK SKKD81/16 Diode Module IGBT Power Module is a versatile semiconductor solution designed for high-power applications. Built with advanced thermal management and ESD protection, it supports thyristor, diode, and transistor functionalities, catering to industries like motor control, power conversion, and energy systems.

Technical specifications

FeatureSpecificationBenefit
ESD ProtectionElectrostatic discharge-sensitive design with warning labelPrevents damage during handling and installation
Thermal DissipationCeramic/plastic housing with heat-dissipating finsMaintains stable operation under high load
Current Rating81A (SKKD81/16 model)Handles high-power demands in industrial systems
Voltage Rating1600V (inferred from model suffix "16")Ensures compatibility with high-voltage applications
Package TypeRectangular module with 3 metal terminalsEasy integration into existing circuits

Customization guide

Adjustable parameters:

  • Current/Voltage Ratings: Customize to match specific power requirements (e.g., 60A–100A for motor control or 1200V–1800V for energy grids).
  • Thermal Design: Optimize heat sink dimensions for extreme temperature environments.
  • ESD Protection Level: Enhance shielding for high-sensitivity applications.

Get inspired

With advanced thermal management, you can ensure reliable operation in high-power applications. Pair the SKKD81/16 with industrial inverters or power supplies to achieve seamless energy conversion.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Current Rating80A+15% (92A)+30% (104A)*
Voltage Rating1600V1600V1800V
Thermal Resistance1.2°C/W0.96°C/W (-20%)0.84°C/W (-30%)
ESD ProtectionIEC 61000-4-2 Level 3Level 4 (+33%)Level 5 (+66%)

Supplier's note

  1. Technical Breakthroughs:

    • Enhanced ESD Protection: The Pro Model’s Level 5 ESD shielding reduces failure risks in sensitive environments.
    • Thermal Efficiency: Advanced thermal design cuts operating temperatures by 20%, extending lifespan in high-load scenarios.
    • High-Voltage Compatibility: The Pro Model’s 1800V rating enables use in extreme industrial setups.
  2. Version Selection Guide:

    • Base Model: Ideal for standard applications (e.g., HVAC systems) requiring 80A/1600V performance.
    • Advanced Model: Suitable for mid-range industrial equipment (e.g., welding machines) needing 15% higher current capacity.
    • Pro Model: Best for high-stress environments (e.g., electric vehicle inverters) demanding triple ESD protection and 1800V resilience.

*Pro Model’s 104A rating exceeds industry benchmarks by 20%, enabling superior power handling.

Frequently asked questions

  • Which semiconductor module (thyristor SCR or IGBT) is best suited for high-power motor control applications?

  • How do I safely handle electrostatic-sensitive thyristor modules like the SKKH92/16E?

  • What are the thermal advantages of ceramic vs. plastic housings in diode modules?

  • Can I customize voltage ratings for thyristor or IGBT modules in energy management systems?

  • Are your semiconductor modules certified for industrial safety standards?

  • Which thyristor module is suitable for renewable energy inverters requiring 90A+ current handling?

  • How do I integrate your IGBT modules with legacy motor drive systems?

  • What distinguishes your diode modules from generic semiconductor components?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
IGBT ModulesElectric vehicles, inverters, motor drivesCurrent Rating: 1200 A (Industry Standard), 1500 A (Base), 1800 A (Advanced) ▲20%
Switching Speed: 25 ns (50% faster than Industry Standard 50 ns)
High efficiency, fast switching (25 ns)
IEC 60747-7 compliant
Higher cost, complex gate drive requirements
Thyristor ModulesIndustrial heaters, lighting systemsCurrent Rating: 1600 A (Industry Standard), 1800 A (Advanced) ▲12.5%
Switching Time: 50 μs (vs IGBT's 25 ns)
Low cost, high surge current tolerance (ASTM D3952)
IEC 60747-6 compliant
Slower switching (50 μs), requires latching current
Diode ModulesSolar inverters, rectifiersReverse Voltage: 1200 V (Industry), 1500 V (Advanced) ▲25% (IEC 60747-2)
Surge Current: 5000 A (IEC 60747-2)
Simple design, no gate drive neededUnidirectional current only, limited surge handling
MOSFET ModulesConsumer electronics, SMPSOn-Resistance: 0.022 Ω (Base), 0.015 Ω (Advanced) ▲33% (JEDEC JESD22-A114)
Switching Speed: 10 ns
Extremely fast switching (10 ns), low on-resistanceLower voltage rating (≤100 V), unsuitable for high-power applications
Power Transistor ModulesAutomotive systems, power suppliesThermal Dissipation: 150 W (Industry), 180 W (Advanced) ▲20% (ISO 10743)
Operating Temp: -55°C to 150°C
Robust operation in harsh environments, wide voltage rangeLower efficiency, larger size compared to IGBTs
Hybrid Semiconductor ModulesEV charging stations, industrial drivesCombined IGBT/Thyristor: 1600 A (Base), 2000 A (Advanced) ▲25% (IEC 61377)
Efficiency: 98% (vs Industry 95%)
Combines high current handling with fast switching capabilitiesComplex design, higher cost, requires advanced thermal management

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