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December 2018
Electronic
Controllers
Managing complex
functionality teach-in
Key takeaways
Regulations increasingly challenge
OEMs to reduce CO2 and toxic
emissions
Deep engineering know-how with
comprehensive propulsion capabilities
Aftermarket offerings that provide
high quality and reliability to meet
OEM performance standards
Electrification increasing with important
role for combustion; ~ 90% of vehicles
sold in 2030 will still have an engine
GDi system solutions are growing as
OEMs shift from light duty diesel
Innovative portfolio of solutions,
designed around the propulsion
challenges of today and tomorrow
1
Driving the next era of propulsion
2
Summary from previous teach-ins
Vehicle electrification required for power & regulatory requirements
Software & control is a critical element of advanced propulsion
Systems integration capability is a necessity for optimum performance
Increased computing power for real-time control
Propulsion controllers for expanded functionality & connectivity
Patented power electronics innovation enabling smaller, lighter & cost effective solutions
A full library of Propulsion Apps for control & diagnostics
System knowledge & integration capability for compliance and performance
More “intelligence” is required for future vehicles
Vehicle complexity and content is increasing
Delphi Technologies has differentiated engineering expertise
Power electronics combined solutions
3
Differentiated thermal management capability enables high performance with flexible packaging solutions
Battery
chargingDC-to-DC
Converter
Starter Generator
inverter
DC-to-DC
Converter
Propulsion
Inverter
Hybrid control
unit
Combined Charger & DC/DC Converter Dual Inverter with DC/DC and Hybrid Control Unit
Automotive content & complexity driving software demand
4
Computing Power System Complexity
2010 20182003
900125
25
Processing speeds (Megahertz)
103
0.3
Memory (Megabytes)
350+175
100
ECU pin count
15001200
900
Software Apps
2003 2010 2018
Engine control software code doubles every 3 years; 1 million lines of code in today’s ECUs
Propulsion controller enables intelligent driving
5
…and enhances overall system intelligence
Communication Network
Engine Controller Transmission Controller Inverter Battery Management ECU
Propulsion Controller
V2V
V2ICamera
Radar Vehicle to Vehicle
Vehicle to Infrastructure
Cloud
Electronic controllers
6
Also known as an Electronic
Control Unit, or “ECU”
“Silver boxes” packaged out of
view (actually aluminum)
More than 50 ECUs in a
premium vehicle
…are automotive computers
From Software & Systems Teach-in
The ECU: how it works
7
Real time control to optimize performance
ECU
Commands
Driver
Propulsion Controller
Other Vehicle ECU’s
Electrical signals to Actuators
controlling the engine: fuel injectors,
ignition coils & valvetrain
Sensors read engine conditions and
give feedback on pressure,
temperature, position of crankshaft
and oxygen in exhaust
Software Apps
are loaded into the ECU
Engine
A look inside an electronic controller
8
Automotive grade packaging
Cover
Connector
Housing
Seal
Printed Circuit Board
Vent plug
Printed circuit board assembly
9
…packed with functionality
Chips
(capacitors and resistors)
Integrated Circuits (ICs)
Printed circuit board design
10
Makes several thousand
electrical connections
Optimizes the size and shape
of the ECU
Enhances manufacturing
quality and reliability
Critical to electromagnetic
compatibility
A key element that requires precision and expertise
Printed Circuit BoardCopper “traces”
make the connection
Types of integrated circuits
11
Multiple ICs are integrated to enable controller functionality
Standard ICs
Communication, sensing
& power drivers
Microcontroller IC
Does the computing
Stores software in memory
ASIC or “A-sic”
Application-specific ICs
Specialized & differentiating
Integrated circuit
12
Reduce size
Reduce cost
Add functionality
Silicon
“die”
…condenses thousands of circuit parts
Circuit
Schematic
The birth of a new ASIC
13
ASIC design in silicon Photo of silicon die
Sub-micron geometries of silicon
Very complex
20 “layers” of silicon and metal
100,000 to over 1 million
transistors
Best-in-class features
Delphi Technologies’ in-house ASIC design capability delivers competitive advantage
ASICs and ICs
14
…foundational to electronic controllers
Electronic Controller
Circuit board
ICASIC IC ICASIC ASICMicrocontroller Connector
Chips
Manufacturing an ECU
15
Designed-in manufacturability to ensure high quality production at scale
Surface Mount
Precise placement of
the chips and ICs on
the board
Assembly
Combine the circuit
board and connector
into housing
Final Test
Test the functionality
and sealing of the unit
Automotive grade: a necessity for power electronic reliability
Extreme requirements create a high barrier to entry
16
Vibration
Multiple g-forces
Temperature
-40°C to +125°C
Humidity
~90%
Salt, dust,
dirt, fluids
Lifetime
+10 years
Electromagnetic
Compatibility
The ECU is foundational to power electronics
17
Top cover
Control
Circuit board
Casting
Top cooling rail
Bottom cooling rail
Busbar assembly
Busbar assembly
Power circuit board
Gate drive
Circuit board
Casting
Capacitor
Inverter
ICs / ASICs
ECU
Power Electronics
At least one ECU in every power electronics unit
ECU
Summary
18
More electrification required for
regulatory compliance & functionality
Internal combustion engine solutions
will continue to be required
Systems integration capability is a
necessity for optimum performance
A range of solutions are required
for advanced propulsion systems
More “intelligence” is required
for future vehicles
Delphi Technologies has
differentiated engineering expertise
Vehicle content and complexity
is increasing
Increased computing power is
necessary for real-time control
Propulsion controllers expand
functionality & connectivity
Global automotive electronics
technology leader
System knowledge & capability
for compliance and performance
Aftermarket portfolio to
complement OEM offerings
1 2 3
Thank you
19