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SPF6102

Package Image

Package : HSOP48

RoHS : YES

The SPF6102 is 3-phase Brushless Motor Driver IC. The IC is suitable for the applications which the maximum applied voltage to the motor is 150 V or less.
The IC is driven by a bootstrap circuit, and the charge to this boost power supply (boot capacitor) is supplied from the internal auxiliary power supply. This auxiliary power supply is boosted by the internal charge pump circuit and supplies a stable voltage that does not depend on the automotive inherent battery variation to the gate drive circuit.
The IC uses the compact SMD package, HSOP48 with high thermal dissipation and provides high-density mounting. Since the IC has the various protection functions, it can drive 3-phase brushless motor with few external components.

Data Download

Design Support

  • Technical Documents

Technical Documents

Features

    ・AEC-Q100 Qualified
    ・Built-in Bootstrap Diode
    ・Built-in Auxiliary Power Supply (VREGx)
    ・Bare Lead Frame: Pb-free (RoHS compliant)
    ・Enable Function
       (All phases shutdown with EN = logic low)
    ・Fault Signal Output at Protect Circuit Activated
    ・Protections
       Simultaneous On-state Prevention
       VBB Pin Overvoltage Protection
       (VBB_OVP): Auto-restart
       Undervoltage Lockout
       - VBB Pin (VBB_UVLO): Auto-restart
       - VDD Pin (VDD_UVLO): Auto-restart
       - VREGx Pin (VREGx_UVLO): Auto-restart
       Thermal Shutdown (TSD)

Application

For driving 3-phase DC brushless motor such as:
  • Electronic Power Steering (EPS)
  • Integrated Starter Generator (ISG) Hybrid System
  • Radiator Pump
  • Fan for Air Conditioner

Specifications

Supply Voltage 35.00 V
Circuit Current 15.00 mA
Output Current
Output Leakage Current
Output On Resistance
Input Voltage -0.3 to 6.0 V
Power Dissipation 3.57 W
Junction Temperature -40 to 150 ℃
Operating Ambient Temperature -40 to 105 ℃
Protection Function
Package Weight (Typ.) 0.99 g
Automotive Qualified YES

Block Diagram

Block Diagram

Pin Configuration Definitions

Pin Configuration Definitions

Physical Dimensions

Physical Dimensions

Questions or Comments?

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