ON Semiconductor NCV7547MWTXG Motor Driver IC 48-Pin, QFNW

Technical Reference
Legislation and Compliance
RoHS Certificate of Compliance
Product Details

The NCV7547 programmable seven channel half-bridge MOSFET pre-driver is one of a family of FLEXMOS automotive grade products for driving logic-level NMOSFETs. The product is controllable by a combination of serial SPI and CMOS-compatible parallel inputs. The pre-driver offers advanced control and protection of the MOSFET. The device and application diagnostic data is communicated via SPI.

7 Half-bridge Pre-drivers
Integrated charge pump
Open Load Protection
Over Load Protection
Programmable Slew Rate Control
QFN Packaging
Controls up to three motors in parallel or two motors independently
N-Channel MOSFET can be used for high side stage and switch reverse battery protection
Detection of unconnected loads
External MOSFET and load protection
Flexibility in controlling the MOSFET for switching loss and improved EMC Performance
Small board footprint and good thermal performance
Applications
Seat Motor Actuators
Door Lock Actuators
Trunk Lift Actuators
Sunroof Actuators
Window Lift Actuators
End Products
Brushed DC Motor Control for Automotive Market

Specifications
Attribute Value
Output Configuration Half Bridge
Maximum Supply Voltage 18 V
Mounting Type Surface Mount
Package Type QFNW
Maximum Operating Supply Voltage 18 V
Pin Count 48
Minimum Operating Supply Voltage 7 V
Typical Switching Frequency 1.1MHz
Product Height 0.95mm
Minimum Operating Temperature -40 °C
Automotive Standard AEC-Q100
Height 0.95mm
Product Length 7.1mm
Maximum Operating Temperature +150 °C
Length 7.1mm
Product Width 7.1mm
Width 7.1mm
Dimensions 7.1 x 7.1 x 0.95mm
Available to back order for despatch 29/01/2020
Price Each (On a Reel of 2500)
£ 3.891
(exc. VAT)
£ 4.669
(inc. VAT)
Units
Per unit
Per Reel*
2500 +
£3.891
£9,727.50
*price indicative
Related Products
High-side switches can safely drive high currents in ...
Description:
High-side switches can safely drive high currents in resistive, inductive and capacitive grounded loads. Designed to work in the harsh automotive environment they requires both robust, low on-resistance power switch and accurate analogue circuitry for diagnostic, protection and control functions.
High-side switches can safely drive high currents in ...
Description:
High-side switches can safely drive high currents in resistive, inductive and capacitive grounded loads. Designed to work in the harsh automotive environment they requires both robust, low on-resistance power switch and accurate analogue circuitry for diagnostic, protection and control functions.
High-side switches can safely drive high currents in ...
Description:
High-side switches can safely drive high currents in resistive, inductive and capacitive grounded loads. Designed to work in the harsh automotive environment they requires both robust, low on-resistance power switch and accurate analogue circuitry for diagnostic, protection and control functions.
High-side switches can safely drive high currents in ...
Description:
High-side switches can safely drive high currents in resistive, inductive and capacitive grounded loads. Designed to work in the harsh automotive environment they requires both robust, low on-resistance power switch and accurate analogue circuitry for diagnostic, protection and control functions.