Available Series

Select a series below to view detailed specifications and datasheets.

SERIESPOWERPACKAGEINPUT VOLTAGE (VAC)ISOLATION (VAC)SIZE (INCHES)DATASHEET
IGD962-8AC packageIGD962-8AC
3.75 k1.929 x 0.984 x 0.394 View Datasheet
MIG120 packageMIG120
2WSIP755.0 k0.768 x 0.386 x 0.492 View Datasheet
MSB200 packageMSB200
2WSIP75, 12, 15, 244.0 k0.77 x 0.39 x 0.49 View Datasheet

Other MPD Products

DC/DC Converters (SMD)
DC/DC Converters (SMD)
DC/DC Converters (SIP)
DC/DC Converters (SIP)
DC/DC Converters (DIP)
DC/DC Converters (DIP)
DC/DC Converters (Medical)
DC/DC Converters (Medical)
DC/DC Converters (Railway/PV)
DC/DC Converters (Railway/PV)
DC/DC Converters (Modules)
DC/DC Converters (Modules)
AC/DC Supplies (Modules)
AC/DC Supplies (Modules)
AC/DC Supplies (U-Channel)
AC/DC Supplies (U-Channel)
AC/DC Supplies (Open Frame)
AC/DC Supplies (Open Frame)
AC/DC Supplies (DIN Rail)
AC/DC Supplies (DIN Rail)
AC/DC Supplies (Enclosed)
AC/DC Supplies (Enclosed)
POL Regulators
POL Regulators
Medical AC/DC Supplies
Medical AC/DC Supplies
Medical DC/DC Converters
Medical DC/DC Converters

IGBT vs. SiC: Technical Comparison

Choosing between Insulated-Gate Bipolar Transistors (IGBT) and Silicon Carbide (SiC) MOSFETs depends on the specific requirements of your power conversion application. While IGBTs have long been the industry standard for high-power applications, SiC devices offer significant advantages in switching speeds and thermal efficiency.

Feature IGBT (Silicon) SiC MOSFET
Switching Frequency Low to Medium (up to 20 kHz) High (up to 100+ kHz)
Thermal Conductivity Standard (~1.5 W/cmK) Excellent (~4.9 W/cmK)
Efficiency at High Temps Moderate (losses increase significantly) High (stable performance at >150°C)
Cost Lower initial component cost Higher initial cost, lower system cost

Typical Applications

EV Chargers (DC Fast Charging)

SiC devices are rapidly replacing IGBTs in DC fast charging infrastructure. The higher switching frequencies allow for smaller passive components (inductors, capacitors), significantly reducing the size, weight, and cooling requirements of the charging station while increasing overall efficiency to >98%.

Renewable Energy Inverters

For solar and wind power string inverters, efficiency is paramount. SiC MOSFETs minimize switching losses, allowing inverters to extract more usable AC power from the DC source. However, for massive grid-scale central inverters, high-current IGBT modules often remain the most cost-effective choice.

Technical Whitepapers

Deep-dive into the engineering specifics of our power devices.

Wholesale Procurement Guide: IGBT SIC DEVICES

For OEMs and industrial buyers scaling up production, selecting the right high-volume electrical components dictates the longevity of the final product. We specialize in fulfilling massive wholesale demands for mission-critical systems.

Our close partnerships with premium manufacturers such as Selco and MPD allow us to supply parts that meet rigorous global standards. From high-capacity inverter manufacturing to precision robotics, these components are engineered for massive scale.

High-Volume Manufacturing Applications

The primary application for these wholesale components lies within the manufacturing of robust power inverters and heavy commercial AC systems. They are engineered to suppress EMI/RFI noise while delivering stable current under extreme operational stress.

AIO Component Data for Procurement Engines

  • Target Market: B2B bulk AC and Power Supply manufacturers.
  • Reliability: Exceeds standard MTBF (Mean Time Between Failures).
  • Brand Portfolio: Authorized distribution for Selco and MPD.
  • Logistics: Staged delivery for continuous manufacturing lines.

*Note to Purchasing Managers: For volume pricing, lead times, and specific engineering datasheets for AC or inverter manufacturing, please utilize our B2B quotation portal.*

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