Application Solutions

Industrial Motor Drive Solutions

MacMic IGBT modules optimized for variable frequency drives and servo systems, delivering reliable performance with excellent cost-effectiveness.

Cost-effective 6TC series IGBT Wide power range from Standard T1A package for
Learn More

Welding & Induction Heating Solutions

High-speed HN series IGBT modules enabling switching frequencies up to 50KHz for welding machines and induction heating equipment.

HN series supports up Compact H1A package for Precise current control for
Learn More

Electric Vehicle Powertrain Solutions

MacMic IGBT modules optimized for electric vehicle powertrain applications including motor drives, onboard chargers, and DC-DC converters.

Automotive-grade reliability Wide voltage range 600V-1200V High current capability up
Learn More

Automotive Power Electronics Solution

Complete power electronics solution for automotive applications including EV powertrains, charging systems, and auxiliary power.

Automotive Qualification High Efficiency Wide Temperature Range
Learn More

Frequently Asked Questions

What industries does MacMic serve with their solutions?

MacMic provides power semiconductor solutions for four key industries: (1) Industrial Motor Drives - Variable frequency drives and servo systems using 6TC series IGBT modules

(2) Electric Vehicles - Powertrain and charging systems with specialized EV series modules

(3) Renewable Energy - Solar inverters and wind power converters using high-efficiency IGBT and FRED modules

(4) Welding & Induction Heating - High-frequency applications utilizing HN series IGBT modules up to 50KHz.

Browse our solutions to find application-specific recommendations and design guidance for your industry.

How do I select the right MacMic solution for my motor drive application?

For motor drive applications, MacMic recommends the 6TC series IGBT modules which offer excellent cost-performance ratio. Key selection criteria: (1) Voltage: 600V/650V for 400V AC systems, 1200V for 690V AC systems

(2) Current: Size based on motor power with 1.5-2x overload margin

(3) Switching frequency: 6TC series optimized for 5-15KHz typical motor drive operation

(4) Package: T1A for standard industrial drives, H1A for compact designs. Contact our FAE team for detailed application support.

Explore the Motor Drive Solutions page for detailed selection guides and reference designs.

What is the difference between MacMic HN series and 6TC series for welding applications?

For welding applications, MacMic offers two distinct IGBT series: (1) HN Series - Designed for high-frequency switching up to 50KHz, ideal for compact welding machines requiring fast dynamic response. The HN series enables smaller magnetic components and reduced system size but has slightly higher Vce(sat) of 2.0V. (2) 6TC Series - Optimized for cost-sensitive applications with switching frequencies of 5-15KHz, featuring lower Vce(sat) of 1.8V for better efficiency at lower frequencies. For high-performance welding requiring fast current control, choose HN series. For standard welding equipment where cost is critical, 6TC series offers excellent value.

Visit our Welding & Induction Heating Solutions page to compare HN and 6TC series performance in welding applications.

What are the benefits of Macmic solutions?

Macmic solutions provide comprehensive power management with high efficiency and reliability. They are designed for various industrial applications with proven performance in the field. For more detailed information about Macmic solutions and application guidance, please consult our technical documentation or contact our support team.

Contact our FAE team for solution recommendations tailored to your application.

What are the benefits of Macmic solutions?

Macmic solutions provide comprehensive power management with high efficiency and reliability. They are designed for various industrial applications with proven performance in the field. For more detailed information about Macmic solutions and application guidance, please consult our technical documentation or contact our support team.

Contact our FAE team for solution recommendations tailored to your application.