Motor Drive
angel KIT MD10

Advanced Control Technology for Precise Force Control
Application of advanced control technology
Implementation of various applications

Control Algorithm-Embedded Motor Drive Our self-developed motor driver, angel KIT MD10, is a BLDC motor driver applied with advanced control technology. It is equipped with position control, speed control, and current control technologies, featuring high output relative to its integration level and high sampling rate for precise motor control.

Features 01

Advanced Control Technology for Precise Force Control


  • World-class level current control
  • Application of advanced control technology
Features 02

Technology for (Transparency) of Assistive Force


  • Advanced impedance compensation technology
  • Compensation of actuator nonlinearities
Features 03

World-Class Performance Through Enhanced Current Control Bandwidth


  • High sampling rate for precise control
  • Enabling Accurate and Responsive Motion Control

Product Details

Electrical specifications & Dimensions

Parameter​ Symbol​ Mn.​ Typ.​ Max.​ Unit.​
Absolute
Max. ratings​
Max. Operating Voltage ​ Vmd​ 12 48 60 V
Max. Logic Operating Voltage​ Vcc 7 12 20 V
Max. Output Current to BLDC(continuous)​ Imax - - 14,500 mA
Electrostatic Discharge Voltage(HBM)​ Vesd​ - - ±2​ kV
I/O Characteristics​ Supply Current for Logic Devices​ Idd​ - 100 300 mA
I/O Output Low Level Voltage​ Vol​ 0 - 0.6 V
I/O Output High Level Voltage​ Voh 2.0 - 3.6 V
I/O Input Low Level Voltage​ Vil 0 0 0.6 V
I/O Input High Level Voltage​ Vih​ 2.0 0 3.6 V
Environmental​ Conditions​ Operating Temperature​ Top​ 0 - 55 ˚C​
Storage Temperature​ Tst​ -40 - 85 ˚C​
Mechanical​ Dimensions​ Weight​ - 50 - g
Dimensions​ 71 x 55 x 19 mm
Mounting Type​ M3

Control specifications

Supported
​Sensors​
Hall Sensor input​ H1,H2,H3 (5V I/O)​
Absolute Encoder input​ SSI with 13bit x 2​
Incremental Encoder input​ RS422 with 13bit x 1​
Temperature Sensor input​ NTC type​
Supported
​Control Mode​
Speed​ Yes​
Force​ Yes​
Homing​ Yes​
Supported
​Algorithm​
Impedance Control​ Yes​
Friction Compensation​ Yes​
Gravity Compensation​ Yes​
I/O Interfaces​ SPI​ x 1 (EtherCAT slave)​
I2C​ x 1 (up to 400 KHz)​
CAN (cascading supported)​ CAN-FD​
USB for FW upgrade​ Yes
Indicators​ LEDs​ 2 EA, RGBW​
ID Setup​ Via DIP switches​ 4 bit with IO mapping​