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Experience efficient control of three-phase BLDC motors
The Renesas RAJ306001 and RAJ306010 are single-package motor control ICs that control three-phase BLDC motors used in a wide range of battery-powered devices.
The ICs integrate an RL78/G1F microcontroller (MCU) and pre-driver into an 8x8mm QFN package. The highly integrated SiP form factor allows customers to eliminate as many as 30 external components, shrinking the solution area by up to 50 percent and with lower control system costs. Designed with heat management in mind, the new RAJ306xxx ICs feature self-aligned dead time (SADT) to prevent the shoot through and offer adjustable pre-driver output current capacity – up to 500mA – to drive large-capacity MOSFETs, which makes heat dissipation design easier. This allows the Renesas ICs to drive MOSFETs at the optimum switching timing – reducing FET switching margin times to approximately 1/10 the time compared with conventional systems and enabling highly efficient motor drive control with reduced heat generation.
The RAJ306001 and RAJ306010 motor drive ICs by Renesas deliver improved low-speed or high-speed rotation and high torque control compared with competitive solutions while minimizing required board space and reducing solution cost. This results in a turnkey design for easy, efficient, and safe BLDC motor control.
A Renesas kit is available for evaluating BLDC motor systems using the RAJ306010 motor control IC. It consists of a board with RAJ306010 mounted, a small 24V motor, and a connecting cable. RAJ306010 is initially equipped with a sample code for 120 degree conduction control using a Hall IC, and a basic evaluation of motor control can be performed simply by connecting a 24V DC power supply and the attached motor. In addition, it is possible to connect and evaluate a motor and MOSFET prepared by the user.
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