OptiMOS™ 7 motor-drives optimized

The Ultimate Motor-Drives Solution

anchor

Overview

Infineon’s OptiMOS™ 7 motor-drives optimized MOSFETs offer tailored solutions for efficient power conversion in drives, power and gardening tools. The portfolio includes the new 40 V family with additional voltage nodes coming and is available in PQFN 3.3x3.3 and PQFN 5x6/SuperS08 packages. Target applications include: motor control, battery management systems (BMS), cordless vacuum cleaner, gardening tools, and power tools.

Key Features

  • Best-in-class RDS(on)
  • Price-Performance optimized portfolio
  • 3x wider SOA
  • Short-circuit current limitation
  • Higher threshold voltage Vth up to 3.2V
  • Controlled Transconductance gfs

Products

About

Key benefits of OptiMOS™ 7 motor-drives optimized MOSFETs

  • Enhanced efficiency and superior performance, reducing power losses
  • Improved robustness under harsh conditions
  • Improved pulse current handling
  • Improved immunity against short-circuit events
  • Improved Immunity against parasitic turn-on events
  • Intrinsic short-circuit current limitation
  • Improved slew rate control /better EMI behavior and ease of use

Package options

OptiMOS™ 7 motor-drives optimized are available in the following packages below to meet your design requirements:

  • SuperSO8
  • PQFN 3.3x3.3

Three times wider SOA

SOA is a critical attribute of a MOSFET in a motor drive application. The SOA diagram in a datasheet defines the allowed maximum current-voltage range of a MOSFET.

In motor drive applications, a wider SOA provides higher current capability and better reliability, especially during locked rotor and short-circuit scenarios. The OptiMOS™ 7 Motor-drive optimized MOSFET family has been shown to have 3 times wider SOA than the previous generation MOSFET family in the same voltage class. 

OptiMOS™ 7 offers higher immunity

The value of induced voltage on the gate (induced VGS) of a MOSFET is a critical factor for false-turn-on in motor drive applications. During the high-side turn-on transient, the VDS of the low side MOSFET rises from 0 V to BUS voltage. The fast-increase of VDS causes current to flow through the CGD (ICGD). The current ICGD flow through RG and VGS will consequently increase causing a false turn-on.

A MOSFET with higher threshold voltage (VGS(th)) has higher immunity to induced VGS.

The threshold voltage (VGS(th)) of OptiMOS™ 7 motor drive optimized MOSFETs is 2.8 V (typical), which is higher than OptiMOS™ 6 MOSFETs.

Key benefits of OptiMOS™ 7 motor-drives optimized MOSFETs

  • Enhanced efficiency and superior performance, reducing power losses
  • Improved robustness under harsh conditions
  • Improved pulse current handling
  • Improved immunity against short-circuit events
  • Improved Immunity against parasitic turn-on events
  • Intrinsic short-circuit current limitation
  • Improved slew rate control /better EMI behavior and ease of use

Package options

OptiMOS™ 7 motor-drives optimized are available in the following packages below to meet your design requirements:

  • SuperSO8
  • PQFN 3.3x3.3

Three times wider SOA

SOA is a critical attribute of a MOSFET in a motor drive application. The SOA diagram in a datasheet defines the allowed maximum current-voltage range of a MOSFET.

In motor drive applications, a wider SOA provides higher current capability and better reliability, especially during locked rotor and short-circuit scenarios. The OptiMOS™ 7 Motor-drive optimized MOSFET family has been shown to have 3 times wider SOA than the previous generation MOSFET family in the same voltage class. 

OptiMOS™ 7 offers higher immunity

The value of induced voltage on the gate (induced VGS) of a MOSFET is a critical factor for false-turn-on in motor drive applications. During the high-side turn-on transient, the VDS of the low side MOSFET rises from 0 V to BUS voltage. The fast-increase of VDS causes current to flow through the CGD (ICGD). The current ICGD flow through RG and VGS will consequently increase causing a false turn-on.

A MOSFET with higher threshold voltage (VGS(th)) has higher immunity to induced VGS.

The threshold voltage (VGS(th)) of OptiMOS™ 7 motor drive optimized MOSFETs is 2.8 V (typical), which is higher than OptiMOS™ 6 MOSFETs.

Documents

Documents

Developer community

{ "ctalist":[ { "link" : "https://community.infineon.com/t5/forums/postpage/choose-node/true", "label" : "Ask the community ", "labelEn" : "Ask the community " }, { "link" : "https://community.infineon.com/t5/Forums/ct-p/products", "label" : "View all discussions ", "labelEn" : "View all discussions " } ] }