The Elmos BLDC Motor control ICs are a miniaturized complete solution. We offer ICs with MOSFET-Gate Drivers and Microcontrollers. Depending on the IC it is possible to have a sensor-less or sensor-based stall detection.

BLDC Motor BLDC Motor Controller

Part-No. / Function Interface VSUPPLY IPEAK IMAX DC P(Motor) peak RDSON Package Comment
E523.05 (*SoC)
BLDC Motor Controller with 16bit CPU (LIN/PWM Interface)
  • LIN 2.x (1.3 comp.),
    SAE-J2602 or
    PWM bidirectional
  • SPI for expansion
  • LIN Flash update
  • JTAG

7V to 28V (5V to 42V)

6x ±400mA

6x ±75mA

≈1.5kW (external FETs)
≈3W (direct drive)

8Ω (HS)
4Ω (LS)

QFN48L7

  • For new designs E523.06 is recommended
  • 16bit / 48 MHzCPU assisted by 2 powerful co-processors
  • Library ROM for LIN-stack, software update via LIN
  • Software support on request
  • TJunc peak = +125°C (contact supplier for higher temperature)
E523.06 (*SoC)
Field-Oriented BLDC Motor Controller with 16 Bit CPU
  • LIN 2.x (1.3 comp.),
    SAE-J2602 or
    PWM bidirectional
  • SPI for expansion
  • LIN Flash update
  • JTAG

7V to 28V (5V to 42V)

6x ±400mA

6x ±75mA

≈1.5kW (external FETs)
≈3W (direct drive)

8Ω (HS)
4Ω (LS)

QFN48L7
LQFP48L7EP

  • 16bit / 48 MHzCPU assisted by 2 powerful co-processors
  • Library ROM for LIN-stack, software update via LIN
  • Software support on request
  • TJunc peak = +125°C (contact supplier for higher temperature)
  • *Plug & Play:
    Demosoftware for
    - sensorless HVAC fan,
       engine cooling fan
    - field oriented control (FOC)
       for pumps
E523.42
3 Phase Motor Controller
  • LIN 2.x (1.3 comp.) SAE-J2602 or PWM bidirectional
  • LIN Flash Update
  • JTAG

7V to 28V
(6V to 42V)

6x */- 1A

-

~14W

0.6 Ω (HS)
0.6 Ω (LS)

QFN32L5

  • 32bit / 24MHz ARM® Cortex®-M0
  • Library  ROM for LIN-stack software update via LIN
  • TJunc peak = +150°C
  • Software support on request
E523.52 (*SoC)
72V Brushless Motor Gate Driver with 16bit CPU
  • LIN Interface with external LIN transceiver
  • PWM Interface with external components
  • SPI for user expansion
  • LIN Flash update
  • JTAG

12V to 72V (7V to 76V)

6x ±500mA

6x ±50mA

≈1.5kW (external FETs)

10Ω (HS)
5Ω (LS)

QFN36L7

  • 16bit / 48 MHz CPU assisted by 2 powerful co-processors
  • Library  ROM for LIN-stack, software update via LIN (software support on request)
  • Standard HVAC fan firmware on request
  • TJunc peak = +125°C  (contact supplier for higher temperature)
  • *Plug & Play: Demosoftware on request

BLDC Motor BLDC Motor Driver

Part-No. / Function Interface VSUPPLY IPEAK IMAX DC P(Motor) peak RDSON Package Comment
E523.01, E523.11 (*SBC)
B6 Bridge FET Driver (LIN/PWM Interface)
  • LIN 2.x (1.3 comp.),
    SAE-J2602(only E523.01) or
  • PWM bidirectional
  • LIN Flash update

7V to 28V (5V to 42V)

6x ±400mA

6x ±75mA

≈1.5kW (external FETs)
≈3W (direct drive)

8Ω (HS)
4Ω (LS)

QFN44L7
QSOP44

  • Voltage Regulator (3.3V/5V) selectable
  • Precise deadtime generation
  • Watchdog/Diagnostics
  • TJunc peak = +170°C
  • Demo software on request (sensorless sinus)
E523.10 (*SoC)
BLDC-Motor Driver with Cold-Crank Capability
  • PWM bidirectional
  • SPI for configuration

7V to 28V (4.5V to 42V)

6x +400mA
6x -600mA

6x ±75mA

≈1.5kW (external FETs)
≈3W (direct drive)

8Ω (HS)
4Ω (LS)

QFN44L7

  • Voltage Regulator (3.3V/5V) selectable
  • Precise deadtime generation
  • Watchdog/Diagnostics
  • TJunc peak = +170°C
E523.50 (*SBC)
72V Brushless Motor Gate Driver
  • PWM for motor control
  • Diagnostic PINs

12V to 72V (7V to 76V)

6x ±200mA

6x ±50mA

≈1.5kW (external FETs)

10Ω (HS)
5Ω (LS)

QFN36L7

  • Usable for 24/48V automotive Board Net
  • DC/DC converter for gate supply
  • 3.3V/20mA supply for external µC
  • TJunc peak = +150°C
E523.81
500mA BLDC Motor Controller
  • PWM bidirectional
  • analog 0-2.5V
  • JTAG

6V to 28V (5V to 42V)

±700mA

-

7W

10Ω (HS)
5mΩ (LS)

QFN20L5

  • State Machine control
  • Fully parametrisable via JTAG
  • True Sinusoidal SVM (Space Vector Modulation) Drive
  • TJunc  peak = +170°C
*Plug & PlayChip with defined functionality | no controller programming necessary
*SoCSystem-on-a-Chip | with integrated microcontroller
*SBCSystem-Basic-Chip | with Voltage Regulator Reset, Watchdog, physical Interface
*Driver ICDriver Chip without SBC or SoC features