SMC6Mxx-xx
SMC6Mxx-xx is Brushless DC Motor Driver Module manufactured by Sensitron.
FEATURES
:
- Fully integrated 3-Phase Brushless DC Motor Control Subsystem includes power stage, non-isolated driver stage, and controller stage
- MOSFET Output Stage
- 40A Average Phase Current with 10V to160V Maximum Bus Voltage
- Internal Precision Current Sense Resistor (10W max. dissipation)
- Cycle by cycle current limiting.
- Fixed frequency PWM from zero speed to full speed.
- Closed-loop Speed Control of Motor
- Direction Input for direction reversal of Motor
- Tacho output with average output proportional to speed
- Brake Input for Dynamic Braking of Motor
- Overvoltage/Coast Input for Shutdown of All Power Switches
- Enable/Disable input with Soft Start for Safe Motor Starting
- Hermetic or non-hermetic device (3.10" x 2.10" x 0.385")
- Hermetic Device Part # (SMC6MXX-XX)
- Non-Hermetic Device Part # (SMC6MXX-XX-1)
APPLICATIONS:
- Fans and Pumps
- Hoists
- Actuator Systems
DESCRIPTION
:
The SMC6MXX-XX is an, integrated three-phase brushless DC motor controller/driver subsystems housed in a 43 pin power flatpack. The SMC6MXX-XX is best used as a two quadrant speed controller for controlling/driving fans, pumps, and motors in applications which require small size. Many integral control features provide the user much flexibility in adapting the SMC6MXX-XX to specific system requirements. The small size of the plete subsystem is ideal for aerospace, military, high-end industrial, and medical applications.
- 221 West Industry Court Deer Park, NY 11729 (631) 586 7600, FAX 631 242 9798
- - World Wide Web
- .sensitron.
- E-mail Address
- sales@sensitron.
- Page 1
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SENSITRON SEMICONDUCTOR
TECHNICAL DATA DATA SHEET 1023, REV. D
SMC6MXX-XX SMC6MXX-XX-1
MUTATION TRUTH TABLE
This table shows the Phase Output state versus the state of the Hall-Effect and Direction Inputs. The mutation o coding shown reflects Hall-Effect sensors that are spaced at 120 mechanical increments. Also, internal protection logic disables all three Phase Outputs when the Hall-Effect...