Home > Power > Vincotech > 10-EY07LBB011ME-PQ84J18T: Vincotech flowNPFC E2 SiC Module

10-EY07LBB011ME-PQ84J18T: Vincotech flowNPFC E2 SiC Module

2026-08-20 14:38:58 DataStorage View times 2
10-EY07LBB011ME-PQ84J18T: Vincotech flowNPFC E2 SiC Module
Mfr. Part #: 10-EY07LBB011ME-PQ84J18T

Manufacturer: Vincotech

Product Series: flowNPFC E2 SiC

Package/Case: flow E2, 62.8 × 57.7 × 12 mm
Description: 650V 90A, 11mΩ SiC MOSFET Neutral Boost PFC module for three-phase power-conversion systems.
RFQ

The 10-EY07LBB011ME-PQ84J18T is a 650V SiC MOSFET module designed for three-phase Neutral Boost PFC applications. It provides a 90A current rating and 11mΩ on-resistance in Vincotech’s compact flow E2 package.

The module integrates a DC capacitor, temperature sensor and resistor for improved dynamic behavior. Its low-inductance commutation loop and high-speed SiC MOSFETs support efficient PFC stages in UPS, charging and industrial power systems.

Key Features

ParameterSpecification
Voltage Rating650 V
Current Rating90 A
On-Resistance11 mΩ
TopologyNeutral Boost PFC
Application TypeThree-Phase PFC
Main Switch TechnologySiC MOSFET
Integrated ComponentsDC Capacitor, Resistor and Temperature Sensor
ConnectionPress-Fit Pins
Base IsolationAl₂O₃ ceramic
Packageflow E2
Dimensions62.8 × 57.7 × 12 mm
Product StatusSamples Available

Applications

Three-phase PFC converters

Uninterruptible power supplies

DC fast chargers

Battery energy storage systems

Industrial power supplies

High-efficiency AC/DC converters

FAQ

What PFC topology does this module use?

It uses a three-phase Neutral Boost PFC topology.

What are its voltage and current ratings?

The module is rated at 650V and 90A.

What is its specified on-resistance?

The specified SiC MOSFET RDS(on) is 11mΩ.

Which components are integrated?

It integrates a DC capacitor, temperature sensor and resistor for improved dynamic behavior.

Is the module currently in series production?

Vincotech currently lists its product status as “Samples available.”

WhatsApp

WhatsApp

Email

Email

RFQ

RFQ

Facebook

Facebook