FS300R12A6P1B - 1200V 300A IGBT Module | Infineon
MPN: FS300R12A6P1B ✓ Active| Qty | Unit Price | Extended |
|---|---|---|
| 1 | $215 | $215.00 |
| 10 | $195 | $1,950.00 |
| 50 | $178.5 | $8,925.00 |
| 100 | $162 | $16,200.00 |
| 250 | $149.5 | $37,375.00 |
FS300R12A6P1B Overview
An IGBT module (Insulated Gate Bipolar Transistor module) is a high-power semiconductor switch that combines the easy gate-drive of a MOSFET with the low conduction loss of a bipolar transistor, packaged as an integrated three-phase or half-bridge block for industrial inverter applications. IGBTs sit hierarchically under power semiconductors -> discrete semiconductors -> wide-bandgap-adjacent silicon switches, enabling motor drives, solar inverters, and UPS systems at multi-kilowatt power levels.
Key features include low VCE(sat) for reduced conduction loss, integrated NTC for direct junction-temperature feedback to the DSP/MCU, TVj op = 150 degrees C high-temperature operation, and a press-fit / screw-mount mechanical interface for industrial chassis assembly. The module's 1200 V blocking voltage supports DC-link buses up to 800 V nominal (per typical 600 V / 690 V AC mains with 1.4x derating headroom), and 300 A continuous current delivers three-phase output in the 100-200 kW range for general-purpose drives.
The IGBT6 (TRENCHSTOP 6) cell architecture uses micro-pattern trench field-stop technology with thin-wafer processing, achieving a tighter VCE(sat)/Eoff tradeoff than the previous IGBT4 generation. The integrated emitter-controlled 3 diode delivers low reverse-recovery loss, while the on-chip NTC thermistor enables precise thermal derating in variable-frequency drive firmware.
Typical applications include industrial variable-frequency drives for three-phase motors, three-phase solar string inverters, uninterruptible power supplies, and industrial servo drives where the module handles 100-250 kW output stages. The 1200 V class also supports battery chargers and high-power welding equipment. The integrated NTC simplifies inverter thermal management firmware compared to discrete IGBT designs.
When designing with the FS300R12A6P1B, mount the module to a heatsink or cold plate with proper thermal interface material, keep the DC-link capacitor loop area minimal to suppress switching transients, and use isolated gate drivers with reinforced isolation per IEC 61800-5-1. Maintain VCE breakdown derating - the 1200 V rating requires careful snubber design at DC-link voltages above 800 V.
Drop-in alternatives for FS300R12A6P1B — same package, pin-to-pin compatible. Different-package parts requiring PCB rework are excluded.
Quick Comparison Tool — Select alternative parts for side-by-side comparison:
FS300R12OE4P
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FS300R12OE4B81BPSA1
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FS300R12OE4PNOSA1
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FS300R12KE3
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FS300R12A6P1B Maximum Ratings & Electrical Characteristics
| Manufacturer | Infineon Technologies |
| Product Family | EasyPACK / TRENCHSTOP 6 IGBT6 |
| Topology | Three-phase inverter (sixpack) |
| Collector-Emitter Voltage (Vces) | 1200 V |
| Continuous Collector Current (Ic) | 300 A |
| Operating Junction Temperature (Tvj op) | 150 degrees C |
| Integrated Diode Type | Emitter Controlled 3 (EC3) diode |
| Integrated NTC Thermistor | Yes |
| Mounting Type | Chassis mount (panel mount through-hole) |
| Package Type | EasyPACK 1B / AG-EconoPACK |
| RoHS Status | Compliant |
| Generation / IGBT Cell Technology | IGBT6 (TRENCHSTOP 6) Trench Field Stop |
FS300R12A6P1B Pin Configuration
| Pin 1 | DC- — Negative DC-link terminal (chassis-mount screw) |
| Pin 2 | U — Phase U AC output terminal |
| Pin 3 | V — Phase V AC output terminal |
| Pin 4 | W — Phase W AC output terminal |
| Pin 5 | DC+ — Positive DC-link terminal |
| Pin P1-P11 | Control Header (G/E + NTC) — 11-pin logic connector housing six gate/emitter pairs and NTC thermistor pins per EasyPACK 1B standard |
Forward Bias Safe Operating Area
Typical Applications
FS300R12A6P1B is suitable for 6 applications: Industrial Variable-Frequency Drives (VFDs) for Three-Phase Motors, Three-Phase Solar String Inverters (PV Inverters), Uninterruptible Power Supplies (UPS) - 100-200 kW Class, Industrial Battery Chargers and DC Fast Chargers, Welding and Plasma-Cutting Power Converters, Industrial Servo Drives and Robotics.
Industrial Variable-Frequency Drives (VFDs) for Three-Phase Motors
The FS300R12A6P1B delivers 300 A continuous current at 1200 V, matching three-phase 690 V AC mains after rectification with adequate safety headroom (DC bus ~ 1080 V DC). Its IGBT6 cells offer low VCE(sat) and Eoff, enabling 8-16 kHz switching for current-ripple management while sustaining 150 C Tvj op. Placed between a 1080 V DC link and a 690 V AC motor in the inverter stage, the module replaces discrete IGBT half-bridges, integrating six switches plus the integrated EC3 diodes. Compared to IGBT4 modules, the A6P1B drops switching loss by approximately 15-25%, raising inverter efficiency by 0.2-0.4 percentage points in the 100-250 kW class.
Recommended
Three-Phase Solar String Inverters (PV Inverters)
For high-power three-phase string or central solar inverters, the FS300R12A6P1B handles DC-link voltages of 1000-1100 V (corresponding to 1500 V DC open-circuit PV strings) while delivering 300 A per IGBT leg. Its IGBT6 silicon improves European weighted efficiency by 0.2-0.4 percentage points, which over a 25-year inverter lifetime translates into hundreds of kWh of additional energy harvested. Integrated NTC enables direct junction-temperature feedback to the inverter's MPPT controller for thermal derating during continuous full-power operation. Used in 100-200 kW commercial-scale solar inverters where module efficiency and reliability dominate total cost of ownership.
Recommended
Uninterruptible Power Supplies (UPS) - 100-200 kW Class
Online double-conversion UPS systems for data centers and industrial critical loads require bidirectional inverter/rectifier stages with high efficiency and high fault-current capability. The FS300R12A6P1B's 1200 V blocking voltage supports 800 V DC battery bus designs, while its 300 A rating covers 200 kVA three-phase UPS outputs at 0.8 power factor. IGBT6 low-Eoff reduces thermal load at typical UPS switching frequencies of 6-10 kHz, easing cooling in tightly racked data-center deployments. The integrated EC3 anti-parallel diodes provide the rectifier mode path, eliminating external diode bridges and reducing BOM count.
Recommended
Industrial Battery Chargers and DC Fast Chargers
High-power three-phase industrial battery chargers used in EV fast-charging stations, forklift battery banks, and telecom DC plants require robust bidirectional power conversion. The FS300R12A6P1B supports 800 V nominal DC bus operation at full 300 A per phase, delivering 100-250 kW charging stages for 400 V / 800 V EV battery packs. Its 150 C Tvj op rating extends component lifetime in continuous full-power charging profiles common in commercial EV depots. Designers pair the module with bidirectional gate drivers and CAN-FD control for ISO 15118-compliant EV charging communication.
Recommended
Welding and Plasma-Cutting Power Converters
Industrial welding inverters and plasma cutters demand high peak current handling, robust short-circuit tolerance, and high thermal cycling endurance. The FS300R12A6P1B's 1200 V breakdown and 300 A nominal current support 400-600 A peak weld currents when pulsed, while the IGBT6 silicon offers improved short-circuit withstand time (SCWT) over IGBT4 generations. Tvj op = 150 C extends inverter lifetime under harsh thermal-cycling conditions typical of welding equipment. The EasyPACK 1B chassis-mount package suits the high-vibration, high-thermal-shock environment of industrial welding machines.
Recommended
Industrial Servo Drives and Robotics
High-bandwidth industrial servo drives for robotics and CNC machines require switching frequencies of 8-32 kHz with precise current control. The FS300R12A6P1B's IGBT6 cells reduce Eoff loss at 16 kHz by approximately 20-30% vs IGBT4 predecessors, enabling servo drives with higher torque-bandwidth and finer position-loop control. The integrated NTC thermistor provides real-time junction-temperature feedback for servo dynamic thermal management in compact machine-tool heads. Used in conjunction with resolver-to-digital converters and high-resolution current-sense ADCs for precision motion control in 50-150 kW servo-amplifier designs.
Recommended
Recommended Products Summary
Engineering reference data for FS300R12A6P1B — comparison, design guidance, and compliance information.
Selection Guide
Comparison with Alternatives
| Parameter | This Product | FS300R12OE4P | FS300R12OE4B81BPSA1 | FS300R12OE4PNOSA1 | FS300R12KE3 |
|---|---|---|---|---|---|
| Brand | Infineon | Infineon | Infineon | Infineon | Infineon |
| Package | EasyPACK 1B / AG-EconoPACK | EasyPACK 1B / AG-EconoPACK - same | EasyPACK 1B / AG-EconoPACK - same | EasyPACK 1B / AG-EconoPACK - same | EconoDUAL 3 family - similar |
| Collector-Emitter Voltage (Vces) | 1200 V | 1200 V | 1200 V | 1200 V | 1200 V |
| Continuous Collector Current (Ic) | 300 A | 300 A | 300 A | 300 A | 300 A |
| IGBT Generation / Cell | IGBT6 / TRENCHSTOP 6 trench field-stop | IGBT4 / Trench Field-Stop | IGBT4 / Trench Field-Stop | IGBT4 / Trench Field-Stop | IGBT3 / NPT planar |
| Integrated NTC Thermistor | Yes | Yes | Yes | Yes | Yes |
Key Differentiators
- Newest IGBT6 / TRENCHSTOP 6 silicon generation (vs FS300R12OE4P)
- EasyPACK 1B footprint forward compatibility (vs FS300R12KE3 (EconoDUAL 3 family))
- Integrated NTC plus EC3 diodes in one chassis-mount package (vs Discrete three-phase IGBT design)
Design Notes
Estimated: at 200 A continuous per IGBT with VCE(sat) = 1.7 V (IGBT6 silicon), each switch dissipates ~340 W; for a six-pack with two switches conducting at a time, conduction loss is ~680 W. With typical IGBT6 switching losses at 8 kHz, an additional ~480 W is dissipated, totaling ~1160 W per module. The EasyPACK 1B baseplate Rth(c-s) of ~0.05 K/W requires a heatsink with Rth(s-a) <= 0.08 K/W (forced-air) to keep Tvj op <= 125 C at 40 C ambient. Always derate heatsink performance by 20% if natural convection is used.
Keep the DC-link capacitor loop (DC+ -> IGBT -> DC- -> capacitor) physically small, ideally within 30-50 mm total loop length, to suppress voltage overshoot during IGBT turn-off. Use laminated bus bars instead of separate cables for high-current paths in the 200-300 A class. Place the gate-driver board within 50 mm of the control header to minimize gate-loop inductance; desaturate (DESAT) detection requires typical 6.5 V threshold with 5 us blanking time. Add a 0.1 uF X7R bypass capacitor directly across each gate-emitter pair to suppress Miller-turn-on transients.
Do not exceed Vce breakdown by operating DC-link voltage above 800 V DC nominal (which equals 1130 V peak on a 690 V AC mains). At 1200 V the part is at its absolute rating - always leave 30-50% derating headroom. Always use isolated gate drivers (1ED3120, 2ED020) - never drive the gates from logic-level signals without isolation, as the IGBT emitters switch at the DC- bus which moves relative to logic ground. The integrated NTC requires a 1 mA bias and 10 kohm pull-up for accurate temperature conversion. Do not apply conductive thermal grease to the baseplate; use a 50-100 um silicone-free thermal pad to avoid contamination migration onto the ceramic substrate.
Compliance Information
RoHS and REACH compliance per Infineon's product-compliance database. AEC-Q100 is not applicable because the FS300R12A6P1B is an industrial-grade power module, not an automotive-qualified IC - for automotive traction inverters, use AEC-Q100-qualified hybrid-pack modules from the Infineon HybridPACK family instead.
