QM30DX-H-MITSUBISHI
Skip to product information
1 of 1
  • QM30DX-H-MITSUBISHI
  • QM30DX-H
  • MITSUBISHI
  • Mitsubishi IGBT Module
  • Data Sheet for QM30DX-H
  • Description

    The Mitsubishi QM30DX-H is a compact, high-performance IGBT module engineered for demanding industrial switching applications. Built on Mitsubishi's proven IGBT technology, the QM30DX-H delivers a 30A continuous collector current rating with low VCE(sat) characteristics, minimizing conduction losses in high-frequency converter and inverter topologies. The integrated antiparallel freewheeling diodes simplify circuit design and improve overall system reliability. This module is optimized for use in isolated base configurations, offering straightforward thermal management and board-level integration for OEM and retrofit designs.

    The QM30DX-H is widely deployed in AC servo drive systems, variable frequency drives (VFDs), CNC machine tool inverters, industrial robots, and precision motion control platforms. Its switching characteristics make it equally suitable for uninterruptible power supplies (UPS), DC-DC converters, and induction heating equipment where low switching losses and stable gate threshold behavior are critical. Mitsubishi's IGBT modules in this class are a standard choice for OEM drive manufacturers and field engineers maintaining legacy and current-generation industrial automation equipment across diverse manufacturing environments.

    Quick Reference: QM30DX-H

    Part Number QM30DX-H
    Manufacturer Mitsubishi
    Type IGBT Module
    Current Rating 30A
    Voltage Rating Consult ATI for confirmed datasheet specs
    Availability In Stock — Same-Day Shipping
    Condition New OEM

    Key Features of the QM30DX-H:

    • 30A continuous collector current rating suited for medium-power industrial inverter stages
    • Low VCE(sat) design reduces on-state conduction losses, improving overall converter efficiency
    • Integrated antiparallel freewheeling diodes eliminate external diode components and simplify gate drive circuit layout
    • Isolated baseplate construction enables direct heatsink mounting with standard thermal interface materials for predictable thermal resistance management
    • Optimized switching speed characteristics support stable operation at elevated carrier frequencies in servo and VFD applications
    • Compatible with standard Mitsubishi IGBT gate drive requirements, easing drop-in replacement in existing drive platforms

    With a factory production lead time of 32 weeks, sourcing the QM30DX-H through standard distribution channels can halt production lines, delay drive repairs, and extend machine downtime well beyond acceptable windows. For maintenance engineers managing aging servo systems or procurement teams supporting active production equipment, waiting eight months for a new module is not a viable option. ATI Accurate Technology maintains independent inventory of the QM30DX-H precisely to solve this problem — providing immediate access to new OEM units when the factory pipeline cannot. Whether you need a single replacement module or a standing buffer stock agreement, ATI delivers without the lead time penalty.

    ATI Accurate Technology is a power semiconductor specialist located in Palmetto, Florida, stocking IGBTs, thyristors, diodes, and rectifier modules including hard-to-find and obsolete parts. Orders placed before 5PM EST ship same day. Contact our team for volume pricing, cross-reference support, or application questions: call 239-734-7566 or email sales@igbts.us. We support maintenance, repair, and procurement professionals nationwide with the inventory depth and technical knowledge to keep your equipment running.

NEED 25PCS OR MORE ... CALL FOR SPECIAL PRICING 239-734-7566
SAME DAY SHIPPING FOR ORDERS PLACED BY 5PM EST ON ALL STOCK ITEMS

** 1 Year Warranty on All Products **
In Stock: 9
  • 9
  • 12 (Can ship in We can ship in 7-10 Days)
  • 32 Weeks
Regular price $126.00 USD
Regular price Sale price $126.00 USD
Sale Sold out
Shipping calculated at checkout.
Quantity
View full details