Fairchild Semiconductor Improves Motor Drive Efficiency And Reliability With Latest Short Circuit Rated IGBTs

Fairchild Semiconductor (NYSE: FCS), a leading global supplier of high performance power and mobile products, has expanded its Short Circuit Rated IGBT product offering to provide motor drive designers higher efficiency, increased power density and improved reliability for three-phase motor drive applications where low-losses and short-circuit ruggedness features are essential.

Available in low- to high-current ratings of 5A to 15A, these 600V IGBTs minimize power loss and reduce power dissipation with low V _CE(sat) ratings while meeting stringent energy saving guidelines. The devices offer 10µs short-circuit withstand time (at V _CE=350V, V _GE=15V Rg=100Ω, Tj=150˚C) and fast switching speeds to provide increased system efficiency.

Features and Benefits:

• FGB7N60UNDF and FGB5N60UNDF feature an industry low 2.1V V _CE(sat) rating which results in less on-state conduction loss
• FGP10N60UNDF/ FGP15N60UNDF and FGPF10N60UNDF/ FGPF15N60UNDF have an industry low turn-off switching (E _off) feature minimizing power loss under high-frequency conditions (15kHz switching carrier frequency)
• RoHS compliant

Packaging and Pricing Information (in US 1,000 quantity pieces)

Samples Available upon Request - Delivery 8-12 weeks ARO

• D2PAK package:FGB7N60UNDF - US $0.87; FGB5N60UNDF - US $0.92

• TO-220 package:FGP10N60UNDF - US $1.03; FGP15N60UNDF - US $1.15

• TO-220F package:FGPF10N60UNDF - US $ 1.05; FGPF15N60UNDF - US $ 1.20

As a part of Fairchild’s complete motor control solutions, these 600V IGBTs optimally perform when paired with the FAN7389 (active-high) and FAN73892 (active-low) monolithic three-phase gate-drive ICs. It is through comprehensive solutions like this as well as the broad range of SPM® devices, IGBTs, gate drivers, PFC-PWM combos, MOSFETs, phototransistors and diodes that make Fairchild the ideal motor control solution for circuit designers that need to maximize energy savings in power sensitive applications.

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