Electrical drive systems are a key component of automation systems in the industrial
context since they account for a large proportion
of electrical energy consumption. Such drive systems have a central function in
achieving energy savings. With automation growing at an
increasing pace, the motor drive is the backbone of the future industrial facility.
This growth challenges us to further focus on efficiency
of industrial drive systems while designing for higher currents, more accurate
control, and better system reliability.
onsemi’s complete portfolio of motor drive solutions addresses this
challenge with our industry leading MOSFETs, IGBTs, gate drivers,
and power modules provide the building blocks for high power motor drive, while our
motor driver family supports a variety of lower voltage motors
including brushed, brushless, and steppers. Galvanic isolation and high performance
op-amps allow for safety and control, completing the system solution.
Efficient and reliable electric motor drives are complex systems to develop, but with the Motor Development Kit (MDK) onsemi makes it easy. The comprehensive prototyping platform consist of the Universal Controller Board (UCB) which connects to an expanding variety of Power Boards to create quick-start platforms to run your motor, allowing you to rapidly test, evaluate and optimize your system before designing any hardware.
1kW 600V Industrial Motor Control Power Board with Compact Intelligent Power Module (IPM)
The SECO-1KW-MCTRL-GEVB is an AC grid compatible complete reference design for three-phase motor drives, featuring the 600V NFAQ1060L36T intelligent power module (IPM) in a DIPS6 package and an interleaved PFC controlled by NCP1632.
4kW 650V Industrial Motor Control Power Board with Compact Intelligent Power Module (IPM)
The SECO-4KW-65SPM31-GEVB is a reference design for three-phase motor drives featuring the NFAM5065L4B 650 V Intelligent Power Module in a DIP39 package. It is rated for 400 VDC input, delivering up to 1 kW continuous power, with the capability of delivering up to 4 kW power for a short period of time or by adding a heatsink.
Evaluation Boards and Development Kits for Intelligent Power Modules (IPMs)
Application Notes for Intelligent Power Modules (IPMs)
Application Notes for Gate Drivers
IPM Overview and Product Selection Guide
Gate Drive Optimization for SiC MOSFETs
Transfer Molded Power Integrated Module (TMPIM) for Motor Drive Demo