LED Lighting Solutions

INTRODUCTION
LED Technology
As the technology and light output of LEDs continues to
improve, applications for color and white high-brightness
LEDs are expanding into entirely new markets. Once
primarily used as indicators, LED cost and performance
levels have improved dramatically, allowing them to displace
incandescent and fluorescent light sources in automotive
applications, consumer electronics ranging from smart
phones to LCD-TVs, architectural lighting, and general
lighting. Over the next few years, LEDs will continue to
transform the lighting marketplace with new and innovative
solid state lighting (SSL) solutions that can take advantage
of both their programmability and flexibility.
This requires power conversion and control solutions to
interface to the various power sources, be it the AC line, a
solar panel, a 12 V car battery, a DC power supply or low
voltage AC system, or even primary Alkaline and Ni-based
cells or rechargeable Li-Ion battery cells.
ON Semiconductor has focused on applying our low voltage
and high voltage technologies and our expertise in power
management solutions to the challenges of solid state
lighting; whether in portable display products, interior
automotive lighting, or ballast for LED signage. In the
following pages, examples will be provided for a number of
different applications of solid state lighting for architectural,
industrial, automotive and portable applications.
Driver Solutions
LEDs are inherently low voltage devices and depending on the
color and current, the forward voltage of the LED can vary from
less than 2 to 4.5 V. In addition LEDs need to be driven with
a constant current to ensure the intensity and color desired.
Page 2
LED Lighting Solutions
ADDRESSABLE SIGNAGE
16-Channel I 2 C LED Indicator Driver and Port Expander — CAT9532
Features
RS0
3 x 10 kΩ
• 16 LED drivers with dimming control
• 256 brightness steps
• 16 open drain outputs drive 25 mA each
• Programmable blink rates
• I/Os can be used as general purpose I/Os
• 400 kHz I2C bus compatible
• 8 address expansion selections
SDA
SCL
RESET
I2C/SM Bus
Master
3.3 V
SDA
SCL
RESET
VSS
Ambient
Light
Sensor
VDD
A2
A1
A0
VSS
RS1
ADDRESSABLE SIGNAGE
5V
5V
RS11
VCC
LED0
LED1
CAT9532
LED11
LED12
LED15
GPIOs
Applications
• Single board computers
• Telecom equipment
• Office machines
• Appliance control panels
• Gaming
• Alarm systems
• Point of sale displays
ON Semiconductor
Page 3
PORTABLES
PORTABLES
Low-Voltage Portable LED Driver Topologies
White LED and RGB tricolor LEDs are widely used for backlighting
small color LCD panels and keyboards, as well as indicators.
High brightness LEDs are used as flash light sources in smart
phones and digital cameras. These applications require optimized
solutions which can maximize battery lifetime, as well as minimize
the PCB area and height. ON Semiconductor has a variety of
VBAT
solutions using linear, inductive, and charge pump topologies.
The inductive solution offers the best overall efficiency, while the
charge pump solution takes up a minimal amount of space and
height due to the use of low profile ceramic capacitors as the
energy transfer mechanism. Linear drivers are ideal for color
indicator as well as simple backlighting applications.
Vbat
22 μH
PWM/
1-Wire
1 μF
1 μF
GND
VIN SWIRE SW
LV52204
FB
FCAP GND
Vbat
4.7 F
1 F
C2P
C1N
Vout
GND
GND
GND
Charge Pump Topology
Page 4
1 F
EN/PWM
Fsel
Vsel
10 Ω
Inductive Boost Topology
C1P
NCP5603
1 F
PWM
FSEL
VSEL
220 nF
C2N
GND
LED Lighting Solutions
Charge Pump/White and RGB LED Drivers — for LCD Backlight, LED Flash/Torch and Indicator
Device
Input
Voltage
Range
(V)
Number
of
Outputs
Total
Output
Current
(mA)
NCP1840
3.0 - 5.5
8
240
NCP5612
2.7 - 5.5
2
NCP5603
2.85 5.5
1
NCP5623B/C
LED-LED
Charge Pump Current
Regulation Operating Matching,
Mode
Mode
Typ
Dimming
Method
Current
1x / 1.33x /
1.5x / 2x
±2%
I2C
32/ log
60
Current
1X, 1.5X
±0.2%
S-Wire Link
(Single Wire
Serial Link)
200 mA DC,
350 mA
pulse
Voltage
1X, 1.5X, 2X
—
90
Current
1X, 2X
±0.5%
3
2.7 - 5.5 (Independent)
Operating
Number of
Quiescent
Current Level/ Current, Typ
Profile
(mA)
Shutdown
Current
(mA)
Package
2.3
0.12
QFN-20
16/ linear
0.6
1
LLGA-12
PWM
Depends on
system
1
2.5 typ
DFN-10
I2C
32/ quasi-log
0.35
0.8 typ
LLGA-12
Notes
•Indicator application
•Individual PWM programma bility per channel; 64 different
PWM duty cycle settings
•Individual current level
programmability (32 levels)
per channel
•Built-in “icon” dimming mode
•OVP
•Short circuit protection
•Backlight
•4.5 / 5 V output
•Short circuit protection
•RGB illumination
•Backlight
•Built-in “gradual illumination”
•B & C versions have different
I2C addresses
Inductive Boost and Buck Topology
Inductive-Boost White-LED Drivers — for Backlighting and Torch/Flash Applications
Device
Input
Voltage
Range
(V)
Max
Output
Volt, Typ
(V)
Output
Current
(mA)
Condition
Number of LEDs/
Configuration
Switching Mode/ Dimming
Frequency
Method
Efficiency
(%)
Operating
Quiescent Shutdown
Current, Typ Current, Typ
(mA)
(mA)
Package
Notes
NCP1422
1.0 - 5.0
5
800
Vout 3.3 V,
Vin 2.5 V
1 for flash
PFM,
up to 1.2 MHz
PWM
94
1.3 µA
0.05
DFN-10
•Flash/Torch
•Internal synchronous
rectification
NCP5005
2.7 - 5.5
24
40
Over 5 LED,
Vin 3.6 V
2 to 5/ series
PFM,
up to 2.25 MHz
PWM
90
—
0.3
TSOP-5
•Backlight
•Isw = 350 mA
LV52204
2.7 - 5.5
40
30
Vout 30 V,
Vin 3.7 V
2 to 10 / Series
600 kHz
1-wire &
PWM
90
3
0.1
UDFN-6
•Backlight
•Isw = 750 mA
LV52207
2.7 - 5.5
40
30
Vout 30 V,
Vin 3.7 V
2 to 10 / Series
600 kHz/1.2 MHz
1-wire &
PWM
90
3
0.1
WLP-9
•Backlight
•Isw = 750 mA
Inductive-Buck White-LED Drivers — for Torch/Flash Applications
Device
NCP1529
Input
Voltage
Range
(V)
Max
Output
Volt, Typ
(V)
2.7 - 5.5
Output
Current
(A)
3.9
1
Condition
Vout 1.2 V,
Vin 3.6 V
Number of LEDs/
Configuration
Switching Mode/ Dimming
Frequency
Method
PWM/PFM
1.7 MHz
1
PWM
Efficiency
(%)
Operating
Quiescent Shutdown
Current, Typ Current, Typ
(mA)
(mA)
96
28
0.3
Package
Notes
TSOP-5,
uDFN-6
•Flash/Torch
•Auto-switching between
PWM and PFM mode at
light load
Multifunction LED Drivers
Multifunction LED Drivers
Device
LV5207LP
Input
Voltage
Range
(V)
3.0 to 4.5
ON Semiconductor
Main Backlight
LED Driver
4-Ch
(3-Ch Avail)
RGB LED Driver 1
External
Control
R,G,B Independent ON/OFF
4
Auto
Blinking
Topology
Serial Control
Package
Charge
Pump
I2C Control Bus
VCT-24
Notes
•7 LED channels total
•LED current programmable in 32 steps
Page 5
PORTABLES
Charge Pump Topology
MID-VOLTAGE
GENERAL LIGHTING
Mid-Voltage LED Driver Topologies
Many LED applications are powered from an offline AC-DC
supply, a battery, or an electronic transformer with a low voltage
AC output. In addition, some of these power sources, such as
lead acid batteries, are loosely regulated. As a result, there is
a need for LED driver solutions that can operate over a broad
range of input voltage and can be configured in various topologies
to support the LED load requirements. Depending on the LED
current and operating conditions, this could involve either a linear
or switching regulator LED driver solution.
D1
VIN
CIN
MID-VOLTAGE
GENERAL LIGHTING
• Landscape lighting
• Low voltage track lighting
• Solar powered lighting
• Automotive
• Emergency vehicles
• Marine applications
• 12 Vac/Vdc MR16
• Airplane interiors
• Sign backlighting
• Channel letters and signs
Power
Offline AC
Regulated Adapter
(Sealed)
Lead Acid
Battery
12 Vdc
&
12 Vac
Application
Low to medium volume
applications, reduces safety
requirements
Automotive,
solar powered,
marine
Common in interior, track
lighting, outdoor, landscaping
applications
NCL30160
VIN
ROT
VCC
VCC
IVC
ROT
PWM
Rsense
CVCC
Buck (Step-Down) Topology
100 H
NCP3065
Common voltages of 12, 24, 36, 48 Vdc,
regulation to ±5%
Loose if magnetic ballast, tight to ±5% if
electronic ballast, minimum load may be
required; plus cable losses
DRV
DIM/Enable
Voltage & Regulation
Loose regulation, 8-14 Vdc;
Wider for automotive, 7-27 Vdc
L1
LED
Applications
+VIN
220 F
50 V
+
MBRS140L
NC SWC
Ipk SWE
VCC CT
FB GND
+
100 F
50 V
2.2 nF
–LED
RSENSE
+LED
MM3Z36V
Boost (Step-Up) Topology
MRA4003
VBAT
14 V
0.1 μF
NCV7691
1 kΩ
PWM
Control
Logic
VS
SC
BCP56
PWM BASE
FLTS
0.1 μF
10 kΩ
NTC
FB
GND
1Ω
Linear Topology
Page 6
LED Lighting Solutions
Constant Current Regulator (CCRs) Linear LED Drivers for Displays and Channel Letters
Features
• Low startup voltage
• Tight current regulation regardless
of Vf variation
•Negative temperature coefficient
protects LEDs
Device
Resources
• Sample Kit: CCR2KIT/S
D1
NSI45
Q1
Q2
Qx
Cathode
NSI45xxx
45
1.8
NSI50xxx
50
1.8
NSIC20xx
120
1.8
NSI45xxxJ
45
1.8
NSI50150AD
50
1.8
Constant
Current Ireg
(@ Vak = 7.5 V)
(mA)
Fixed:
15, 20, 25, 30
Fixed:
10, 350
Fixed: 20,
30, 50
Adjustable
20 to 40
35 to 70
60 to 100
90 to 160
150 to 350
Current
Tolerance Over
Voltage
Max Junction
Temperature
(°C)
±15%, ±10%
150
SOD-123,
SOT-223
±10%
175
SMC, DPAK
±15%
175
SMB
±15%
150
SOT-223,
DPAK
±10%
175
DPAK
Packages
NOTE: xxx in the device number represents the current level.
– Vin
30
Reaches Regulation
Quickly
NSI45025AT1G
25
MID-VOLTAGE
+
NSI45
Voltage
Overhead
(Vin – VLEDs )
(V)
GENERAL LIGHTING
Anode
NSI45
Max
Anode-to-Cathode
Voltage (VAK )
(V)
Ireg (mA)
20
15
10
5
0
Turns On
Quickly
0
2.0
4.0
6.0
8.0
10
Vin (V)
12
14
16
18
20
NSI45025 vs Competing Devices @ 25 mA
Linear LED Driver Solutions
Linear solutions are the preferred approach for many lighting
applications, as they are simple, straightforward to design, and
allow the LEDs to be driven with a tightly regulated current,
regardless of LED forward voltage or input supply variation.
Because the LED drivers are linear, they must be matched
to the power dissipation requirements of the application.
ON Semiconductor offers a wide range of constant current linear
LED drivers whose current levels span from 10 mA to 1 A.
Input
Anode NSI45
hν
Ambient Light Sensor
Control
VDD
Input
Photo
Diode
VSS
GB2 GB1
ON Semiconductor
Cathode
Output
Ireg(SS), STEADY STATE CURRENT (mA)
Constant Current Regulators – Dimming with External BRT
23
22
21
TA = 25°C
20
19
18
TA = 85°C
17
16
DC Test Steady State, Still Air
3
4
5
6
7
8
9
Vak, ANODE−CATHODE VOLTAGE (V)
10
Page 7
Linear LED Driver Solutions (continued)
Linear LED Drivers
Adjustable
Channel
Output
Current
(mA)
Operating
Voltage Range
(V)
Typical Dropout
(V)
Operating
Temperature
Range
(°C)
Typical Current
Tolerance
Number of
Channels
Dimming
Control
NSI50350AS
N
350
1.8 to 50
±10%
1
Package(s)
Features
Ext
1.8
-40 to +125
SMC
AEC-Q101 qualified
NSI50350AD
N
350
1.8 to 50
±10%
NSIC2050JB
N
50
1.8 to 120
±15%
1
Ext
1.8
-40 to +125
DPAK
AEC-Q101 qualified
1
Ext
1.8
-40 to +125
SMB
AEC-Q101 qualified
NSIC2030JB
N
30
1.8 to 120
NSI45030Z
N
30
1.8 to 45
±15%
1
Ext
1.8
-40 to +125
SMB
AEC-Q101 qualified
±15%
1
Ext
1.8
-40 to +125
SOT-223
AEC-Q101 qualified
NSI45030AZ
N
30
NSI45030A
N
30
1.8 to 45
±10%
1
Ext
1.8
-40 to +125
SOT-223
AEC-Q101 qualified
1.8 to 45
±10%
1
Ext
1.8
-40 to +125
SOD-123
AEC-Q101 qualified
NSI45030
N
NSI45025Z
N
30
1.8 to 45
±15%
1
Ext
1.8
-40 to +125
SOD-123
AEC-Q101 qualified
25
1.8 to 45
±15%
1
Ext
1.8
-40 to +125
SOT-223
AEC-Q101 qualified
NSI45025AZ
NSI45025A
N
25
1.8 to 45
±10%
1
Ext
1.8
-40 to +125
SOT-223
AEC-Q101 qualified
N
25
1.8 to 45
±10%
1
Ext
1.8
-40 to +125
SOD-123
AEC-Q101 qualified
NSI45025
NSI45020
N
25
1.8 to 45
±15%
1
Ext
1.8
-40 to +125
SOD-123
AEC-Q101 qualified
N
20
1.8 to 45
±15%
1
Ext
1.8
-40 to +125
SOD-123
AEC-Q101 qualified
NSI45020A
N
20
1.8 to 45
±10%
1
Ext
1.8
-40 to +125
SOD-123
AEC-Q101 qualified
NSIC2020JB
N
20
1.8 to 120
±15%
1
Ext
1.8
-40 to +125
SMB
AEC-Q101 qualified
NSI45015W
N
15
1.8 to 45
±20%
1
Ext
1.8
-40 to +125
SOD-123
AEC-Q101 qualified
NSI50010Y
N
10
1.8 to 50
±30%
1
Ext
1.8
-40 to +125
SOD-123
AEC-Q101 qualified
NSI50150AD
Y
150 to 350
1.8 to 50
±10%
1
Ext
1.8
-40 to +125
DPAK
AEC-Q101 qualified
NSI45090JD
Y
90 to 160
1.8 to 45
±15%
1
Ext
1.8
-40 to +125
DPAK
AEC-Q101 qualified
NSI45060JD
Y
60 to 100
1.8 to 45
±15%
1
Ext
1.8
-40 to +125
DPAK
AEC-Q101 qualified
NSI45035JZ
Y
35 to 70
1.8 to 45
±15%
1
Ext
1.8
-40 to +125
SOT-223
AEC-Q101 qualified
NSI45020JZ
Y
20 to 40
1.8 to 45
±15%
1
Ext
1.8
-40 to +125
SOT-223
AEC-Q101 qualified
Device
MID-VOLTAGE
GENERAL LIGHTING
NSM4002MR6
Y
1 to 200
1.4 to 45
±3%
1
Ext
1.4
-40 to +125
SC-74
Can be used with an
external transistor
NUD4001
Y
500
2.0 to 30
(60 V Surge)
±3%
1
Ext
1.4
–40 to +125
SOIC-8
Can be used with an
external transistor
NUD4011
Y
70
5 to 200
±3%
1
Ext
5
–40 to +125
SOIC-8
Can be used with an
external transistor
NCV7680
Y
35
6 to 16
±10% @ 35 mA
8
Ext
1
–40 to +125
SOIC-16 EP
AEC-Q101 qualified
Page 8
LED Lighting Solutions
Switching Driver Solutions
Wide Input Voltage
LED Driver Selector
Vin < 40 V
Step-Up
(Boost)
Vout > Vin
Determine
Iout
Is
Vout > 40 V
<1.2 A
No
<1.3 A
NCP3065/6
Boost
Controller
What
Is the Switch
Current
NCP3065/6
Boost
Converter
Up to 200
Topology
Buck, Boost,
Buck/Boost
Switch
Vin Range Current
(V)
(A) 1
3 to 40
1.5
Controller
Device
NCP3065
>1.3 A
NCP3163
Boost Converter
Up to
3 A Switch
CS5171/3
Boost
Converter
Switching
Frequency
Typ (kHz)
>1.2 A
**
NCP3065/6
Buck
Controller
NCL30105
Buck
Controller
NCL30160
Buck
Converter
NCL30100
Buck
Controller
NCL30161
Buck
Controller
NCP3065/6
Boost
Controller
Automotive
Qualified
Device
Packages
NCV3065
NCP3065/6
Buck
Converter
MID-VOLTAGE
Yes
Step-Down
(Buck)
Vout < Vin
GENERAL LIGHTING
SEPIC/Buck-Boost
Vout < = > Vin
NCP3065/6
SOIC-8,
DFN-8,
PDIP-8
Resources
Application
Buck 3 A
Evaluation Board
NCP30653ABCKGEV
Buck-Boost 350 mA, 550 mA MR16 LED bulb NCP3065BBGEVB
Documentation
Application Note: AND8298/D
Reference Design: TND373/D
Design Note: DN06048/D
SEPIC 350 mA, 700 mA, 1 A MR16 LED bulb NCP3065D1SLDGEVB Design Note: DN06033/D
NCP3066
NCP3163
250
Up to 200
Buck, Boost,
Buck/Boost
3 to 40
Buck, Boost,
Buck/Boost
2.5 to 40
1.5
**
3.4
NCV3066
NCV3163
SEPIC 350 mA & 700 mA
NCP3065D2SLDGEVB Design Note: DN06031/D
SEPIC 700 mA
NCP3065D3SLDGEVB Design Note: DN06031/D
Buck with external P-channel MOSFET
NCP3065SOBCKGEVB Application Note: AND8298/D
Boost 1.5 A
NCP3065SOBSTGEVB Application Note: AND8298/D
SOIC-8,
DFN-8,
PDIP-8
SEPIC 350 mA, 700 mA, 1 A
NCP3066DFSEPGEVB Application Note: AND8298/D
Buck 3A
NCP3066S3BCKGEVB Application Note: AND8298/D
Boost <1 A
NCP3066SCBSTGEVB Application Note: AND8298/D
SOIC-16W,
DFN-18
Boost 700 mA
NCP1034BCK5VGEVB Design Note: DN06041/D
Design Note: DN06047/D
2.5 to 40
3.4
NCP1034
Up to 500
Buck
8 to 100
—
CS5171/3
280 / 560
Boost or SEPIC 2.7 to 30
1.5
NCV5171/3
SOIC-8
Boost 400 mA, 5 Vout
NCP1294
1000
Buck, Boost,
Buck/Boost
4.7 to 100
—
4
—
TSSOP-16,
SOIC-16
High Voltage LED Driver
(24 Vin to 110 Vout @ 100 mA)
NCL30100
Up to 700
Buck
6.35 to 18
—
4
—
TSOP-6
Buck
Up to 22
—
NCL30160
Up to 1.4 MHz
Buck
6.5 to 40
1
NCL30161
Up to 2.4 MHz
Buck
6.3 to 40
—
4
4
SOIC-16
Buck 5 A, 5 Vout
Buck, Boost,
Buck/Boost
Up to 500
—
—
SOIC-8
—
SOIC-8
—
DFN-10
NCP3163BUCKGEVB
NCP3163INVGEVB
Up to 50
NCL30105
SOIC-16
NCP3163BSTEVB
Inverter 500 mA
MC33163
4
—
Buck 3A
CS5171BSTGEVB
Design Note: DN06062/D
Buck 700 mA MR16 LED bulb
NCL30100ADLMGEVB
Buck 700 mA PWM dimmable LED driver
NCL30100ASLDGEVB
High Voltage Input, 350 mA Buck LED Driver NCL30105GEVB
Up to 40 V, 1 A Buck LED Driver
NCL30160GEVB
1 For switching regulators, this current is used to calculate LED current based on Vin conditions. ** Can be configured as a controller.
ON Semiconductor
Page 9
LED MR16 Light Bulb
NCL30100, Fixed Off-Time Step-Down LED Driver Controller
• Quasi-fixed OFF time, peak current hysteretic control method thus requiring no
compensation components
• Low Side N-FET switch topology
• Intended for continuous conduction mode operation, thus no output capacitor is
needed
• >500 kHz operation
• ±5% typical current regulation tolerance
• VCC operation from 6.35 to 18 V
MID-VOLTAGE
GENERAL LIGHTING
+
6.5
to
24 V
–
C1
R3
R1
NCL30100
CS
R2
L1
GND VCC
CT
R4
D1
DRV
LED1
LEDx
12 mm
Q1
IVC
C2
Adjustable
Off Time
Adjustable
Control
Current Sense
Threshold
15.6 mm
LED2
C3
D2
LEDs Are
Connected
to Vin
Zener Regulator
Can Extend Operating
Range >18 V
17.6 mm
Resources
• Evaluation Boards
• NCL30100ADLMGEVB: MR16 form factor
• NCL30100ASLDGEVB: PWM dimmable
Solar-Powered LED Street Sign
NCL30160 — Constant Current Step-Down LED Driver for High Power LEDs
• 30 mΩ integrated MOSFET
• 100% duty cycle for high efficiency
• Input voltage: 6.3 V to 40 V
• Switching frequency: Up to 1.4 MHz
• Dedicated PWM dimming pin/low power shutdown
• No control loop compensation required
• 1.5 A average current capability
VIN
D1
CIN
• Evaluation Board: NCL30160GEVB
VIN
LEDs Are
Connected
to Vin
DRV
DIM/Enable
ROT
VCC
VCC
IVC
ROT
PWM
CVCC
LED Driver
(Buck)
L1
NCL30160
Dedicated
Dimming
Input
Resources
MPPT Charge
Controller
LED
Adjustable
Off Time
Control
Rsense
Adjustable
Current Sense
Threshold
Battery
Solar Panel
Page 10
LED Lighting Solutions
12 V AC-DC Design for 3 and 4 LED Modules
The circuit described in the DN06048/D
Design Note is intended for driving multi-die
LED modules like the Sharp mini-ZENIGATA™,
12 V Cree XLamp™ XT-E, and other LEDs in
low voltage 12 Vac/Vdc applications. The
forward voltage of the modules overlaps the
input voltage range, so a single switch buckboost configuration is used.
Features
Applications
•Small size
•Wide input and output operation
voltage
•Regulated output current
•Open LED protection
•Output short circuit protection
•MR16 bulbs
•Landscape lighting
•Transportation lighting
Resources
•Design Note DN06048/D
•Reference Design: TND373/D
•Evaluation board:
NCP3065BBGEVB, buckboost MR16
MID-VOLTAGE
Sharp mini-ZENIGATA
LED Module
GENERAL LIGHTING
12 Vac
or
12 Vdc
NCP3065
Compensation
Network
Reference Design Block Diagram
Reference Design Demo Board
0.457” x 1.148” (11 mm x 29 mm)
12 V Cree XLamp
XT-E LED
0.400
Iout (mA)
0.375
0.350
0.325
0.300
9.8
10.8
11.8
VAC (Volts)
Iout versus Vac Input
ON Semiconductor
12.8
13.8
MR16 LED Module
Page 11
MID-VOLTAGE
AUTOMOTIVE LIGHTING
Automotive Lighting Systems
ON Semiconductor offers standard
products and custom devices for
automotive lighting applications. The
company leads the market for Xenon
driver ASICs and developed the defacto
standard stepper driver for headlight
leveling and swiveling.
Stepper
Drivers
LED
Drivers
Xenon
Drivers
Halogen
Drivers
Advanced Front Lighting
LED
Matrix
LCD
Backlight
RGB
LED
Dashboard
LED
Drivers
Bulb
Drivers
Interior Lighting
RGB
LED
Body Control
Module
LED
Drivers
Bulb
Drivers
Halogen
Drivers
Rear Lighting
Door
Front Lighting
The majority of automobiles on the road today are equipped
with halogen lights for the high-beam (HB) and low-beam (LB)
functions - the main front lighting functions. Halogen LB typically
consumes 55 W, and provides ~1,000 lumen. HID technology introduced over ten years ago - consumes 35 W, and provides
~3,500 lumen. Because of the high intensity and risk of glare to
approaching traffic, some countries require automatic leveling of
the LB, plus a high pressure cleaning device. Over time, HID lights
will integrate the HB function into bi-xenon solutions.
visibility in curves, and Adaptive Driving Beam (ADB), to adapt the
beam to real-time situations. Stepper motors provide the primary
controls for AFS and ADB.
ON Semiconductor offers a full range of products, from generic
bulb driver solutions to stepper drivers, LED drivers, and Xenon
drivers, that are specifically designed for front lighting.
While halogen technology continues to be viable for front lighting,
automotive designs increasingly use LED lighting. LED lighting
offers enhanced styling options, enables ‘instant-on’ lighting, and
allows brightness control from 0% to 100%
power.
Another important aspect for automotive
front lighting is beam swiveling for Advanced
Frontlighting Systems (AFS), to optimize the
Position Sensors (Vertical)
Position Sensors (Horizontal)
CAN
LIN
Switches
Ignition Switch
IGN
Page 12
Stepper Motor
Controller
& Driver
Headlamp
Leveling
(Up/Down)
Stepper Motor
Controller
& Driver
Headlamp
Swiveling
(Left/Right)
High Beam,
Low Beam
Signal
Conditioning
I/O Protection
MID-VOLTAGE
AUTOMOTIVE LIGHTING
LED
Drivers
Signal
Conditioning
Transceiver
or SBC
Microcontroller
Daytime
Running Lamp
LED
Fog
Light
LED
Turn Signal
Lamp Driver
LED
Cornering
Light
LED
Infra
Vision
Wakeup
Xenon
LED
Halogen, Incandescent
Halogen, Incandescent
Halogen, Incandescent
Halogen, Incandescent
Halogen, Incandescent
LED
Low Side
Driver
Motor
Predriver,
BLDC
Voltage
Regulation
(Linear, Switching)
Power
Distribution
Relays
Supervisory
LED Lighting Solutions
Leveling and Swiveling for Front Lighting
The AMIS-30623 single-chip micro-stepping motor driver,
with integrated controller and LIN interface, enables the
design of dedicated mechatronic solutions connected
remotely with a LIN master. The device receives positioning
VBAT
instructions through the bus and subsequently drives the
motor coils to the desired position, using configurable
parameters for current, speed, acceleration, and deceleration.
AMIS-30623 also detects motor stalling.
220 nF
VCP
VBB
VDD
HW0
Hardwired LIN Address,
Connected to VDD or GND HW1
Connect
to VBAT
or GND
LIN Bus
1k
Connect
to VBAT
or GND
SWI 1 k
2.7 nF
AMIS-30623
or
NCV70627
HW2
MID-VOLTAGE
CPP
AUTOMOTIVE LIGHTING
CPN
MOTXP
MOTXN
M
MOTYP
MOTYN
LIN
NCV70521 and NCV70522 are single-chip micro-stepping motor
drivers with current translation table and SPI interface. NCV70522
also includes an embedded 5 V regulator and a watchdog reset.
The devices act as peripheral drivers, receiving ‘Next Micro-Step’
commands from a microcontroller, and synchronizing the motor
coil-current with the desired speed. The integrated SPI bus allows
parameter setting and diagnostics feedback.
VBAT
VDD
VBB
220 nF
VCP
POR/WD
CPN
DIR
NXT
DO
DI
C
CLK
NCV70522
CPP
220 nF
MOTXP
CS
MOTXN
CLR
MOTYP
ERR
M
MOTYN
SLA
ON Semiconductor
Page 13
Power Ballast and Dual LED Driver for Advanced LED Front Lighting Systems
•System integrated solution with few external
components.
•Buck-boost topology
•LED current regulator
•Constant average current
•Efficient integrated buck switches (high-side)
•Current per output up to 1.6 A (NCV78763), or
1.4 A (NCV78663)
•Extended diagnostics: detection of open circuit
or failing driver, short, over-current protection,
single LED failures
• Thermal protection
• System customization by SPI interface and/or
OTP-settings (NCV78663)
•Multiple system configurations with one device
•Fewer module versions for OEM
•Better EMC behavior, without extra filtering
•Low EMC from battery
•Low EMC to LED string
•High overall efficiency (>90%)
VBOOST
IBSTSENSE–
LEDCTRL1
Features – NCV78663 & NCV78763
LED
String 1
IBSTSENSE+
MID-VOLTAGE
AUTOMOTIVE LIGHTING
VGATE
VBB
programmable settings, and build-in diagnostics, the NCV78663
and NCV78763 offer integrated, energy efficient solutions for
comprehensive front lighting control.
LEDCTRL2
DIAG1
NCV78663
LED
String 2
DIAG2
Light ECU
Optional
μC
SPI_SCLK
SPI_SDI
SPI_SDO
SPI_SCS
GND
Efficiency (%)
CAN
or
LIN
100%
6
90%
5
80%
4
70%
3
60%
2
ETA_SINGLE_CHAN
P_LOSS
50%
40%
Demonstration Kit
Page 14
0
5
10
15
20
25
30
PLED [W]
35
40
45
Power Losses (W)
The NCV78663 and NCV78763 single-chip, intelligent LED drivers
for front lighting enable single-module control of high beams, low
beams, daytime running lights, position lights, cornering lights,
turn indicators, and fog lights. With integrated digital dimming, SPI
1
50
0
NCV78663 Demonstration Board Efficiency
LED Lighting Solutions
Linear Current Regulator and Controller for Automotive LED Rear Combination Lamps
Features – NCV7680
The NCV7680 consists of eight linear programmable constant
current sources. System design with the NCV7680 allows for
two brightness levels, one for stop and one for tail illumination.
Optional PWM control - the preferred method for dimming LEDs
- can also be implemented. The PWM generator’s fixed frequency
provides flicker−free illumination. Optional external ballast FET
allows for power distribution on designs requiring high currents.
TAIL Input
MRA4003
STOP Input
MRA4003
To support the common RCL configuration of LED strings, the
NCV7680 provides eight matched outputs for individual string
drive, with current set by a single resistor. Individual string drive
ensures equal current distribution between the strings.
The NCV7680 can function as a standalone device or in
conjunction with additional support circuitry for more complex
systems. When operating in combination with a boost controller,
additional LEDs may be connected to a string.
VSTRING
NTD2955
NCV7680
OUT1
Ballast Drive OUT2
VP
OUT3
RSTOP
OUT6
STOP/PWM OUT4
OUT5
DIAG
RTAIL
FB
OUT7
OUT8
Vref
Application Diagram with External FET Ballast Transistor
ON Semiconductor
Page 15
MID-VOLTAGE
Automotive battery systems have wide variations in line supply
voltage. Low dropout is a key attribute for providing consistent
LED light output at low line voltage.
AUTOMOTIVE LIGHTING
•Constant current outputs for LED string drive
•Open LED string diagnostic with open−drain output
•Slew rate control eliminates EMI concerns
•On−chip 1 kHz tail PWM dimming
•Over-voltage and over-temperature set back power limitation
Automotive LIN RGB LED Driver for Interior Lighting
The LIN Bus (Local Interconnect Network) is an inexpensive serial
communications protocol, which is used within current automotive
network architectures. It is a relatively slow communication system
intended to monitor sensor devices or actuators in today’s cars.
The NCV7430, LIN RGB LED Driver, combines a LIN transceiver
together with a RGB LED driver and memory. It is a single-chip
RGB driver intended to monitor for dedicated multicolor LED
applications in automotive interior lighting. It contains a LIN
interface (slave) for parametric programming of LED color and
MID-VOLTAGE
AUTOMOTIVE LIGHTING
VBAT
10 nF
intensity. The device receives instructions through the LIN bus and
subsequently drives the LEDs independently.
The NCV7430 acts as a slave on the LIN bus and the master can
request specific status information (parameter values and error
flags). The LIN address of the NCV7430 can be programmed in
the internal memory of the device.
The NCV7430 is fully compatible with automotive requirements.
Optional
100 nF
Optional
VBB
VBIAS
ANODE
NCV7430
LIN Bus
LIN
TST1 TST2
LED1C
LED2C
LED3C
LED3R
LED2R
LED1R
GND GND
Rsense
10 Ω for 30 mA
Features — NCV7430
RGB LED Driver
• 3 independent LED current regulators
• LED currents programmable with external resistors
• Power dissipation option with external ballast transistor
• LED temperature compensation with external sense circuit
• Modulation control for 3 LEDs (with calibration)
LIN Interface
• LIN physical layer according to LIN 2.1/SAE J2602
• OTP-programmable device node number and group address
• Diagnostics and status information about LEDs
• Supports auto-addressing
Page 16
Protection and Diagnostics Over-Current Detection
• Short circuit detection to GND and VBB
• Open LED detection
• High temperature warning and shutdown
• Retry mode on error detection
Power Saving
• Sleep mode supply current 20 mA
• Compliant with 14 V automotive systems
EMI Compatibility
• LIN Bus integrated slope control
• EMC reduced LED modulation mode LED Lighting Solutions
Constant Current Regulators (CCRs)
The two-terminal linear constant current regulators (CCRs)
are simple, economical, and robust devices that provide an
effective solution for regulating current in cost-sensitive LED
applications. The devices require no external components, allowing
them to be implemented as high or low−side regulators. These
devices regulate output current over a wide range of input
voltage, and are designed with a negative temperature coefficient
to protect LEDs from thermal runaway at extreme voltage and
operating temperature.
Features
Constant Current
50 V Pulse
MID-VOLTAGE
AUTOMOTIVE LIGHTING
• Regulated current provides constant brightness over wide voltage
range
• Negative temperature coefficient protects LEDs in high ambient
conditions
• Available with multiple maximum operating voltages (45 V, 50 V,
and 120 V) to withstand battery load dump
Resources
• Sample Kit: CCR2KIT/S
Interior Lighting Applications
• Dome light
• Map light
12 V
50 V
1 ms Pulse
Exterior Lighting Applications
• Center hight mount stop lamp (CHMSL)
• Daytime running lamp (DRL)
• License plate illumination
• Side markers
NSI45
Device
Max
Anode-to-Cathode
Voltage (VAK )
(V)
Voltage
Overhead
(Vin – VLEDs )
(V)
Constant
Current Ireg
(@ Vak = 7.5 V)
(mA)
NSI45xxx
45
1.8
NSI50xxx
50
NSIC20xx
120
NSI45xxxJ
NSI45
45
NSI45
NSI45
Current
Tolerance Over
Voltage
Max Junction
Temperature
(°C)
Fixed:
15, 20, 25, 30
±15%, ±10%
150
SOD-123,
SOT-223
2.0
Fixed:
10, 350
±10%
175
SMC, DPAK
1.8
Fixed: 20,
30, 50
±15%
175
SMB
1.8
Adjustable
20 to 40
35 to 70
60 to 100
90 to 160
150 to 350
±15%
150
SOT-223,
DPAK
Packages
NOTE: xxx in the device number represents the current level.
ON Semiconductor
Page 17
Pre-Driver for Linear Automotive LED Control
NCV7691 is a pre-driver intended for linear drive of LEDs. It can operate from the car battery and multiple LED strings can be driven by
a single NCV7691 device.
Features – NCV7691
• Negative Temperature Coefficient (NTC) Current Control
• Open LED String & Short−Circuit LED String Diagnostic
• Overvoltage Set Back Power Limitation
• SOIC−8 Package
• AEC−Q100 Qualified and PPAP Capable
• Constant Current Output for LED String Drive External
Programming Current Resistor
• Wide Current Range using External Bipolar Device
• Multiple LED String Control
• Pulse Width Modulation (PWM) Control
MID-VOLTAGE
AUTOMOTIVE LIGHTING
VS
Short Circuit Sense Inteface
NCV7691
Base Drive
SC
BASE
FB
Feedback Circuit
GND
Reference “Short Circuit Detection with 4 or more channels” Figure for circuit details
MRA4003
VBAT
14 V
0.1 μF
NCV7691
1 kΩ
PWM
Control
Logic
Page 18
VS
SC
BCP56
PWM BASE
FLTS
0.1 μF
10 kΩ
NTC
FB
GND
1Ω
LED Lighting Solutions
AC-D C
AC Line Powered LED Driver Topologies
There are numerous topologies for driving LEDs off the AC mains,
depending on the requirements of the application (size, efficiency,
power factor, power delivered, drive current). Fortunately,
CCR
115 Vac
100 Ω
ON Semiconductor provides a wide range of power solutions,
whether the application is a 5 W LED under-cabinet light or a
150 W LED streetlight.
PFC
(Optional)
AC
PWM Switching
Regulator
30 LEDs
PWM
Controller
Non-Isolated Buck Driver
AC-DC
Non-Isolated Linear Driver
AC
CCCV
Control
PWM Switching
Regulator
PWM or PFC
Controller
Single-Stage Flyback LED Driver
AC
PFC
Resonant
Controller
CCCV
Control
Dual-Stage Power Factor Corrected Isolated LED Driver
ON Semiconductor
Page 19
Low Ripple, Primary Side Control Offline LED Drivers
Features
3.0%
2.0%
1.0%
Line Regulation
•Opto-coupler free
•Precise LED current regulation of ±1% (typ)
•Supports flyback and buck-boost topologies
•Wide VCC range
•High efficiency quasi-resonant control
•~ 0.9 power factor with passive PFC input
•Robust protection suite
•Scaleable family
•User programmable thermal foldback
•Analog/Digital and step dimming versions
•Broad temperature range of -40 to +125 °C
0.0%
-1.0%
Applications
•Replacement LED Bulbs
•Offline LED Drivers
•Downlights
•Indoor/Outdoor Accent and Task Lighting
•Electronic Control Gear for LEDs
-2.0%
3 LED
-3.0%
100
115
130
145
4 LED
5 LED
6 LED
160
175
190
205
Line Voltage (V ac)
7 LED
220
235
250
265
BAS21
AC-DC
MURA220
AC Line
Input
NCL30082
SD
DIM
ZCD
CS
NDD02N60Z
Vin
VCC
GND DRV
Evaluation Boards and Design Tools Available
Power Factor
Control
Dimming Control
Thermal
Foldback
Adjustable Overvoltage
Protection
Package
NCL30080A/B
Passive
Non-Dimming
No
No
TSOP-6
NCL30081A/B
Passive
5 Step
No
No
TSOP-6
NCL30082A/B
Passive
Analog/Digital
Yes
Yes
Micro8™/SOIC-8
NCL30083A/B
Passive
5 Step
Yes
Yes
Micro8
Device
Page 20
LED Lighting Solutions
Power Factor Corrected Primary Side Control LED Drivers
Optimized for Hi Power Factor, Low Harmonic Distortion Single Stage Drivers up to 60 W
Topologies Supported
•Isolated flyback
•Buck-boost
•SEPIC
Aux
Features
.
.
•Opto-coupler free
•>0.98 power factor (typ)
•Precise ± 2% (typ) current regulation
•Line feed-forward compensation
•Low Startup Current (13 µA typical)
•Broad VCC supports wide VF applications
•NTC based current thermal foldback
•-40 to 125 ºC range for outdoor products
•Compact SO-8/10 footprint
NCL30088
ZCD
VCC
VS
DRV
COMP GND
SD
CS
Robust Protection Suite
Rsense
AC-DC
•Open/shorted LED String
•Cycle-by-cycle current limit
•Shorted Output Diode
•Vcc Bias Over and Undervoltage
•Programmable OVP protection
•Shorted Current Sense Resistor
•Auto-recoverable or Latch versions
Typical End Applications
•Linear Tube replacement
•Down Lights
•Replacement LED bulbs
•Electronic Control Gear
•LED Light Engines
•Smart Lighting
Evaluation Boards and Design Tools Available
Device
Dimming Control
NCL30085
AC Line - 3 Step (70/25/5%)
NCL30086
Analog/Digital Smart Interface
NCL30087*
Phase Cut (Triac/ELV)
NCL30088
—
* Pending 2Q15.
ON Semiconductor
Page 21
Power Factor Correction — NCP1611/2
160 W PFC Boost Using NCP1611 or NCP1612
•Improved efficiency in light load over traditional CrM PFC
•Unlike CrM, switching frequency is reduced at light load
•Improved reliability and safety without extra components
Features
•CrM with Current Controlled Frequency Foldback (CCFF)
•Shorted Boost or Bypass Diode Protection
•Comprehensive Open / Short Pin Protection
•Low THD Configuration
•Enhanced Transient Response
•Thermal Shutdown
•Soft Overvoltage Protection
•Wide Vcc Range to 35 Vdc
•Brownout Detection
HBD853/D Available
at www.onsemi.com
99
98
98
97
97
96
96
95
95
Efficiency (%)
100
99
94
93
92
91
90
94
93
92
91
90
CCFF with Skip
89
CRM
87
86
86
Vin= 115 Vac, Pout(max) = 160 W
85
30
40
50
60
70
80
90
Vin= 230 Vac, Pout(max) = 160 W
85
100
0
10
20
30
40
50
60
70
80
Relative Output Power (%)
Efficiency vs Power @ 115 Vac
Efficiency vs Power @ 230 Vac
Topology
Conduction
Mode
Control
In-Rush Detect
Relative Output Power (%)
Brown Out
20
Power Limit
Device
10
Overvoltage
Protection
Undervoltage
Protection
0
HV Start-up
AC-DC
CCFF with Skip Off
88
CRM
87
CCFF with Skip
89
CCFF with Skip Off
88
Current Limit
Efficiency (%)
100
90
100
Package(s)
Notes
TSOP-6
No ZCD winding needed
NCP1602*
Non-Isolated Boost
Critical/
Discontinuous
Voltage
4
4
4
NCP1607
Non-Isolated Boost
Critical
Voltage
4
4
4
SOIC-8
Enhanced fault protection
NCP1608
Non-Isolated Boost
Critical
Voltage
4
4
4
SOIC-8, PDIP-8
Wide dynamic power range
NCP1611/12
Non-Isolated Boost
CCFF**
Current
4
4
4
NCP1615
Non-Isolated Boost
CCFF**
Current
4
4
4
NCP1654
Non-Isolated Boost
Continuous
Average Current
4
4
4
NCL30000
Isolated Single-Stage
Flyback, Non-Isolated Buck
Critical
Average Current
4
4
4
NCL30001
Isolated Single-Stage Flyback
Continuous
Average Current
4
4
4
4
4
4
4
4
NCL30002
Non-Isolated Buck
Critical
Constant
on-time,
Peak current
NCL30060
Single-Stage Flyback or Buck
Critical
Voltage
4
4
4
4
4
4
4
4
SOIC-8, SOIC-10
CCFF** control scheme provides energy
savings and low THD across load
4
4
SOIC-14, SOIC-16
Latched and autorecovery versions
4
4
SOIC-8, PDIP-8
65/133/200 kHz versions
SOIC-8
TRIAC dimming compliant
SOIC-16
—
SOIC-8
TRIAC dimming compliant
SOIC-7
Latched and autorecovery versions; with
and without brownout, -40 to 105°C
4
4
* Pending 1Q15. **CCFF: Current Controlled Frequency Foldback. Note: All devices have a temperature range of –40 to +125 °C, unless otherwise noted.
Page 22
LED Lighting Solutions
Switching Regulators for AC-DC
Over Power
Compensation
4
4
4
PDIP-7, SOT-223
65, 100, 130
4
4
4
PDIP-7, SOT-223
11
30
65, 100, 130
4
4
4
PDIP-7, SOT-223
11
30
65, 100, 130
4
4
4
PDIP-7, SOT-223
450
11
30
65, 100
4
4
800
5.6
30
65, 100
700
250/350
22
90
65, 100, 130
4
4
4
4
PDIP-7, SOT-223
Current
700
250/450
11
90
65, 100, 130
4
4
4
4
PDIP-7, SOT-223
Current
700
650/800
4
90
65, 100, 130
4
4
4
4
PDIP-7, SOT-223
NCP1010
4
Current
700
100
22
NCP1011
7
Current
700
250
22
NCP1012
11
Current
700
250
NCP1013
15
Current
700
350
NCP1014/153
17
Current
700
NCP1027/283
20
Current
700
NCP1070/1
8
Current
NCP1072/5
14
NCP1076/7
22
4
Soft-Start
Freq Jittering
65, 100, 130
30
Mode
Brownout
Dynamic Self
Supply
30
Power
Peak
Min
Switch Current
Typ2
HV
Voltage Limit RDS(on) Startup
(Vdc)
(mA)
(Ω)
(Vdc)
Latch
Frequency
Options
(kHz)
Max
Output
Power1
(W)
Device
Freq Foldback
Switching Regulators for Isolated Flyback and Non-Isolated Converters
PDIP-7, SOT-223
4
4
4
Package(s)
4
PDIP-7
4
1. Maximum Power Output with DSS 2. Typical at 25°C 3. NCP1015 & NCP1028 have no OVP on VCC
High voltage multi-junction LEDs are become more common
as suppliers move to better optimize the LED for better overall
system efficacy and introduce more application specific LEDs.
The LEDs can have a nominal forward voltage per package ranging
from 24-200 V, and may be optimized for spot, omni-directional,
or linear lighting. The boost circuit described in DN05055/D
provides constant current and high power factor to a string of
LEDs. To achieve this with low parts count and a standard off-
Applications
•LED bulbs and tube lights
•Low power luminaires and fixtures
•Electronic control gear
•LED drivers
Resources
•90-135 or 200-265 Vac reference designs
•Design Note: DN05055/D
ON Semiconductor
1.00
40
Power Factor
THDi
0.99
Power Factor
•> 90% efficiency
•Fast 20 ms startup
•Open LED protection
•Off-the-shelf inductor
•> 0.95 power factor
•> 10 W power capability with NCP1075
36
0.98
32
0.97
28
0.96
24
0.95
20
0.94
16
0.93
12
0.92
8
0.91
Total Harmonic Distortion (%)
Features
the-shelf inductor, an NCP1075 monolithic HV switcher is used
with the highly accurate NCP4328A Constant Current/Constant
Voltage controller.
4
LED Load = 390 Vdc, Iout = 33 mA (nom)
0.90
0
200
210
220
230
240
Input Voltage (V rms)
250
260
270
Page 23
AC-DC
High Power Factor Boost for HV LED Strings — NCP1075 & NCP4328A
Switching Controllers for AC-DC
Switching Controllers versus Switching Regulators
•Controllers are typically used for power levels > 25 W
•Controllers offer more flexibility in selecting the high voltage MOSFET that is most
suitable for a given application and power output
•Can be used in isolated flyback converters and non-isolated converters
Current
40, 60, 100
Current
NCP1230
Current
4
41
Temperature
(ºC)
Package(s)
Comments
250 / 250
–25 to +125
SOIC-8, PDIP-8
—
250
–40 to +125
SOIC-8, PDIP-8
—
•Adjustable Max duty cycle
•± 5% current sense accuracy
4
65, 100
±11
±7.5
4
100
±6.4
4
4
41
4
4
4.8
500 / 800
–40 to +125
SOIC-7
2.5
500 / 800
–40 to +125
SOIC-8, PDIP-7
—
Current
65, 100
±6
4
4
4
4
4
4
500 / 500
–40 to +125
SOIC-7
NCP1237/8
Current
65, 100, 130
±6
4
4
4
4
4
4
1000 / 1000
–40 to +125
SOIC-7
•Timer−based short circuit
protection
•OVP and OVT compensation
NCP1250/1/3
Current
65, 100
±6
4
4
4
4
300 / 500
–40 to +125
TSOP-6
•Timer−based short circuit
protection
Drive
Capability
Source/Sink
(mA)
Temperature
(ºC)
Package(s)
Comments
SOIC-8, PDIP-8
—
Over Voltage
Protection
NCP1234/6
•Timer−based short circuit
protection
•OVP and OVT compensation
Brown-Out
Protection
NCP1218
NCP1219
4
Over Voltage
Protection
NCP1203
±0.7
Brown-Out
Protection
40, 60, 100
Short Circuit
Protection
Current
Dynamic Self
Supply
NCP1200
Drive
Capability
Source/Sink
(mA)
Short Circuit
Protection
Quasi Resonant
Control
Mode
Soft
Start
(ms)
Dynamic Self
Supply
AC-DC
PWM
Method
Device
Frequency
Jittering
(%)
HV Startup
Fixed Frequency
PWM
Method
Switching
Frequency
(kHz)
HV Startup
Switching Controllers for Isolated and Non-Isolated Buck, Buck/Boost Converters
Soft
Start
(ms)
8
4
4
4
4
1
500 / 500
–40 to +125
4
4
4
4
1
500 / 500
0 to +125
SOIC-8
—
4
4
500 / 500
0 to +125
SOIC-8, PDIP-8
Brown out protection
4
1
500 / 500
–40 to +125
SOIC-8, PDIP-8
—
4
4
3.8
500 / 800
0 to +125
SOIC-8
OVP and OVT protection
4
4
5.0
500 / 800
–40 to +125
SOIC-14
Valley lockout; OPP
Frequency
Frequency
Clamp
Clamp
Max ON Time Min OFF Time
(ms)
(ms)
Device
Control
Mode
NCP1207A
Current
NO
NCP1308
Current
NO
10
NCP1337/38
Current
67
35
4
NCP1377
Current
NO
3, 8
4
NCP1379/80
Current
NO
5.9
4
NCP1336
Current
NO
5.25
4
4
4
4
4
1. When DSS is used.
Switching Controllers for Non-Isolated Buck Converters D
Vin
(Vac)
Max Output Power
(W)
TRIAC
Dimming
NCL30002
20 to 305
50
4
NCL30105
Adj; HV DC
50
Device
Page 24
PWM
Dimming
Analog
Dimming
4
4
Package(s)
SOIC-8
SOIC-8
LED Lighting Solutions
Switching Controllers for AC-DC (continued)
Switching Frequency
(kHz)
Short Circuit
Protection
Brown-Out
Protection
Over Voltage
Protection
NCP1392/3
Voltage
Adjustable to 250
4
4
4
4
NCP1398
Voltage
Adjustable to 750
4
4
4
4
4
Resonant Half
Bridge
Thermal
Shutdown
Control
Mode
PWM
Method
Soft Start
Device
HV Startup
Switching Controllers for Resonant Half-Bridge Converters
Temperature
(ºC)
Package(s)
4
4
–40 to +125
SOIC-8
Fixed dead time options, PFC okay,
100 ms startup timer
4
–40 to +125
SOIC-16
Enhanced soft start, dual level current protection
Comments
Switching Combination Controllers
Topology
Function
Vin
(Vac)
Max Output Power
(W)
Comments
NCP1910
High Power Resonant Half Bridge
CCM PFC + LLC controller
85 to 305
100 to 600
No Skip option, Power Good, +5 V reference
NCL30051
Isolated Resonant Half-Bridge Converter
CRM PFC + half-bridge converter
85 to 305
60 to 250
Half−bridge stage with 600 V high side gate drive
NCL30030
Medium/High Power Two-Stage
Enhanced CRM PFC + QR flyback
85 to 305
50 to 200
Multiplier input for low THD, high voltage startup
Device
AC-DC
PDRV
VZCD
VCC
PCS/PZCD
(Aux)
NCL30030
BO/HV
PFB
GND
PCS/PZCD
MULT
PControl
PDRV
PONOFF
QDRV
QCT
QCS
Fault
VCC
QFB
QZCD
PCS/PZCD
PDRV
QCS
VCC
QCS
VZCD
Constant Current, Constant Voltage Secondary Side Controllers
Device
V (BR) Typ
(V)
Tolerance
(%)
IQ Typ
(mA)
Temperature
(°C)
VCC Max
(V)
Package
Notes
NCP4300A
2.6
1
—
0 to 105
36
SOIC-8
—
NCS1002
2.5
0.4
0.4
–40 to 125
36
SOIC-8
—
NCP4328A
1.25
0.5
0.1
–40 to 125
36
TSOP-5
62.5 mV current sense level
±2% typical
ON Semiconductor
Resources
• Application Note AND8395/D
Page 25
Non Isolated Linear LED Driver Topology — Constant Current Regulators (CCRs)
Low Current LED String Driver
NSIC2020
100 Ω
Features
•LED Driver: CCR NSIC2020 (120 V, 20 mA)
•Constant current as AC voltage increases
•No delay in turn on after LED threshold voltage is reached
•Bright LEDs at low voltages
•LEDs protected from voltage surge
115 Vac
20 mA
30 LEDs
Applications
•LED light bulbs
•Rope lights
•Cove lighting
•Accent lighting
•Under-cabinet lighting
Resources
• Sample Kit: CCR2KIT/S
• Application Notes and Design Notes available
Max
Anode-to-Cathode
Voltage (VAK )
(V)
Voltage
Overhead
(Vin – VLEDs )
(V)
Constant
Current Ireg
(@ Vak = 7.5 V)
(mA)
NSI45xxx
45
1.8
NSI50xxx
50
NSIC20xx
120
Device
AC-DC
Current
Tolerance Over
Voltage
Max Junction
Temperature
(°C)
Fixed:
15, 20, 25, 30
±15%, ±10%
150
SOD-123,
SOT-223
1.8
Fixed:
10, 350
±10%
175
SMC, DPAK
1.8
Fixed: 20,
30, 50
±15%
175
SMB
±15%
150
SOT-223,
DPAK
±10%
175
DPAK
NSI45xxxJ
45
1.8
Adjustable
20 to 40
35 to 70
60 to 100
90 to 160
NSI50150AD
50
1.8
150 to 350
Packages
NOTE: xxx in the device number represents the current level.
Low Cost T5 LED Tube
Features
•LED Driver: CCR NSIC2050JB (120 V, 50 mA)
•Direct AC drive of LEDs
•No leakage current
•Current regulation to protect LEDs
Fuse
AC
Input
Bridge
Rectifier
NSIC2050JB
Ipeak
Resources
• Sample Kit: CCR2KIT/S
• Application Notes and Design Notes available
Page 26
Performances
Input Power
(W)
Power
Factor
Driver
Board
Light Output
(Lux)
CCR Direct AC Drive with LEDs
7.1
0.92
6 Parts
3,370
NSIC2050JB
42
LEDs
Ipeak � 100 mA
LED Lighting Solutions
Offline Buck LED Driver — NCL30002
Features
•Supports high PF or low ripple buck topologies
•High efficiency CRM control method
•485 mV peak current sense of ±2% (typical)
•Low typical 24 µA startup current
•Maximum Vcc of 20 Vdc
•500 mA source/800 mA sink MOSFET gate driver
•Wide -40 to +125 °C temperature range
Design Note Highlights
26.00
25.75
•Low ripple implementation
•Optimized for HV LEDs
•Uses off-the-shelf inductor
•Low bill-of-material count
25.50
Applications
•Replacement LED bulbs including small candle style
•Downlights
•Indoor/outdoor accent and task lighting
Output Current (mA)
25.25
25.00
24.75
24.50
24.25
24.00
23.75
Design Note
LED Vf
(Vdc)
Iout
(mA)
Efficiency
23.25
DN05041
85 – 115
60
60
87%
23.00
DN05042
200 – 265
150
25
85%
ON Semiconductor
200
205
210
215
220
225
230
235
240
245
250
255
260
265
Line Voltage (Vac)
Page 27
AC-DC
23.50
Vin
(Vac)
Up to 20 W Buck-Boost Driver for LED Linear Tubes
Features
•90 – 305 Vac Input Range
•VF range of 90-180 V dc
•100 mA Output Current
•PF > 0.98
•Typical THD of 5%
•91% Typical Efficiency
Resources
•More Info on NCL30088LED1GEVB
•EVBUM2285/D User’s Manual
AC-DC
Up to 10 W Isolated 3 Step Line Dimmable Driver for Lamps
Features
•Dims by toggling switch on/off/on
•90 – 265 Vac Input Range
•VF range of 14 – 28 V dc
•350 mA Output Current
•PF > 0.98
•Typical THD of 10%
•85% Typical Efficiency
Resources
•More Info on NCL30085FLYGEVB
•EVBUM2287/D User’s Manual
Page 28
LED Lighting Solutions
High Power Factor Flyback LED Driver – NCL30060
90%
950
89%
900
88%
850
87%
800
86%
750
85%
700
84%
650
83%
600
550
•NCL30060LED1GEVB Evaluation Board
•EVBUM2240/D Evaluation Board Manual
•Microsoft Excel® based Design Tool
Applications
•LED Drivers
•Luminaires and Fixtures
•Electronic Control Gear
ON Semiconductor
81%
80%
90
120
150
180
210
240
270
300
24
1.00
22
0.99
20
0.98
18
0.97
60 Hz THDi
50 Hz THDi
16
0.96
60 Hz PF
14
0.95
50 Hz PF
12
0.94
10
0.93
8
0.92
6
0.91
4
90
120
150
180
AC-DC
Input Voltage (Vac)
Input Current THD (%)
Resources
Efficiency
500
Evaluation Board Highlights
•90 - 305 Vac Isolated 25 W Single Stage
•700 mA Output Current
•88% Efficient (typical)
•Support VF range of 10 - 41 V
•1 - 10 V or PWM Dimming Interface
82%
LED Current
210
240
270
300
Power Factor (PF)
•700 V High Voltage Startup
•High Power factor with low THD
•Wide Vcc range
•12 V Gate Drive Clamp
•Direct Opto-Interface
•Robust Fault Protection
•Primary Over-current
•Output Over-voltage
•Short Winding
•Shorted Output Rectifier
•Output short circuit
•Auto-recoverable/latched fault options
•Integrated Brownout Protection
1000
LED Current (mA)
Features
Secondary side feedback control supports applications such as
isolated 1 - 10 V dimming, wide VF ranges or applications require
thermal feedback from the LED module.
Efficiency (%)
The NCL30060 employs a constant on−time PWM control method
to ensure near unity power factor across a wide range of input
voltage and output power while operating in critical conduction
(CrM) mode. The controller can support power ranges > 50 W.
0.90
Input Voltage (Vac)
Typical 25 W Evaluation Board Performance
Page 29
High Power Factor Low Ripple Two Stage LED Driver – NCL30030
The NCL30030 is a highly integrated critical conduction mode
(CrM) PFC and quasi-resonant (QR) flyback controller. The
PFC stage features a unique multiplier approach to achieve
low harmonic distortion while the QR controller capitalizing on
a proprietary valley lockout system to shift gears and reduce
the switching frequency as the power is reduced to maximize
efficiency. A fault monitoring pin is available for programmable
thermal shutdown and a dedicated pin can be used to disable
the PFC.
Features
•700 V High Voltage Startup
•Low THD multiplier PFC architecture
•Bi-level follower boost to optimize efficiency
•Current Mode QR flyback controller with
•Valley lockout and 4 valley range
•Frequency foldback and clamp
•Robust Protection Suite
•Auto-recoverable fault handling
•Integrated Brownout Protection
•Wide Vcc range up to 30 V
•16 pin SOIC with pin removed for clearance
Evaluation Board Highlights
Resources
•NCL30030LEDGEVB Evaluation Board
•EVBUM2247/D Evaluation Board Manual
Applications
•High Bay Fixtures
•Street and Parking Structure Lighting
•Troffer Replacement
•HID Lamp Replacement
•Stage Lighting
30%
25%
Total Harmonic Distortion (THD)
AC-DC
•90 - 305 Vac Isolated 150 W Driver
•700 mA Output Current
•Support VF range of 60 - 210 V
•90% Efficient (typical)
•Flexible Dimming Interface
•1 - 10 V
•Analog or PWM
•Bi-Level
20%
15%
10%
5%
30%
0%
100
120
140
50%
160
75%
180
200
Line Voltage (V ac)
100%
220
240
260
280
150 W Evaluation Board THD across Line and Load
Page 30
LED Lighting Solutions
LED Power Supply for Street and Area Lighting
Generating the light needed to replace an HID or HPS lamp requires a large array of LEDs. LEDs can be configured in various arrangements
depending on the end product. There are two different approaches:
EMI
Filter
AC
+
Approach 1
One approach converts the AC input into a regulated DC output voltage that
powers multiple parallel LED strips.
NCL30051
CrM
PFC
Fixed
DC
Voltage
HalfBridge
Driver
HouseKeeping
Approach 1
Approach 2
AC
Input
EMI
Filter
LBST
DBST
Vbulk
DR1
T1
Cbulk
Features — Approach 2
•Universal Input: 90 – 265 Vac (305 Vac with component change)
•Pout Maximum: 60 W (the NCL30051 is capable of power
up to 250 W with component changes)
•Power Factor:
PF > 0.9 (50–100% of load with dimming)
•Harmonic Content: IEC61000-3-2 class C compliance
•Efficiency:
> 90% with Iout = 1000 mA / Vf = 35 to
45 V
•CC Iout Range:
0.7 – 1.5 A
•Vout Range:
35 – 50 V
•Intended for ENERGY STAR® Luminaires v1.1 specification
•Protection Features: output open and short circuit
protection, over temperature, over current protection – auto recovery,
over voltage protection – input (OVP bulk voltage)
•Dimming
•Two-step bi-level analog
•1 – 10 V analog voltage input, 1 = minimum, 10 V is 100% on
•PWM dimming. Frequency 200 to 400 Hz. Dimming range > 20:1
ON Semiconductor
AC-DC
The second approach provides a regulated constant current to drive the LEDs directly, thus eliminating the linear or DC-DC conversion
stage built in to the light strips. This is illustrated in Evaluation Board User’s Manual EVBUM2039/D and design note DN05015/D, where
the NCL30051 is used to convert 90-265 Vac into a constant current in a power factor corrected half-bridge resonant power supply.
QH
QBST
Cout
LR
DR2
QL
VREF
VCC
Constant Current
Constant Voltage
VDD
Secondary Side
Compensation
(CCCV)
Z
PFC
Control
2.5 V
Z
House
Half
Keeping Bridge
Driver
2.5 V
VDD
PLC
Modem
NCL30051
MCU
Approach 2
Ambient
Light
Sensor
Motion/
Occupancy
Sensor
Page 31
BACKLIGHTING
Medium to Large LCD Panel Backlighting
As LED performance and cost have improved, they are now
displacing CCFL lamps in medium and large LCD backlighting
applications such as notebooks, monitors, LCD-TVs, personal
navigation systems, photo frames, and medical equipment.
Besides eliminating mercury, the use of LEDs allows the design
of thinner displays, and improves overall power consumption and
lifetime. Integrating an ambient light sensor can further contribute
to energy savings while enhancing the user’s viewing experience.
High Voltage LED Driver — NCP1294
LEDs are replacing CCFL lamps as the light source of choice
for large LCD panel backlighting. The circuit described in this
design note provides constant current to a long string of LEDs (Vf
ranging from 190 to 230 V) from a single 24 V input. A constant
current regulated flyback topology was chosen over a multi-stage
boost or a boost plus multiple linear driver channels to improve
overall system efficiency and ensure accurate current matching
of the LEDs. Beyond being mercury free, when properly driven
and controlled, LEDs can offer a >10x improvement in dimming
range over traditional CCFL dimming. This superior dimming
range is demonstrated in the design note. This design, based on
the robust, flexible NCP1294 controller includes open LED and
shorted output protection for safe handling of fault conditions.
BACKLIGHTING
Features
Applications
• 1 MHz frequency capability
• 1 A sink/source gate drive
• Programmable pulse-by-pulse overcurrent protection
• Programmable soft start
• Monitors
• LCD-TVs
• Test equipment
• Medical instruments
• Touch panels
Resources
• Design Note DN06062/D
90%
80%
80%
70%
70%
60%
60%
50%
LED Current (A)
Efficiency
Efficiency
EfficiencyEfficiency
50%
40%
40%
30%
30%
20%
20%
10%
10%
0.12
0.12
0.10
0.10
0.08
0.08
0.06
0.06
LED Current (A)
90%
0.04
24 ±2 Vdc
NCP1294
24Vin, 235Vout
24Vin,Current
235Vout Current
26,4Vin, 235Vout
26,4Vin,Current
235Vout Current
0.04
21.6Vin, 235Vout
21.6Vin,Current
235Vout Current
24Vin,180Vout
Current Current
24Vin,180Vout
0.02
0%
0%
0%
0% 20%
20% 40%
40% 60%
60% 80%
80%100% 100%
Duty Cycle
Duty Cycle
Efficiency vs Dim Duty Cycle
Page 32
PWM
Dimming
Control
26.4Vin,180Vout
Current Current
26.4Vin,180Vout
21.6Vin,180Vout
Current Current
21.6Vin,180Vout
0.02
0
0%
0
0%
20%
20%
40%
40%
60%
60%
80%
80%
100% 100%
Duty Cycle
Duty Cycle
LED PWM Dimming Curve
Reference Design Block Diagram
LED Lighting Solutions
Discrete Devices for LED Backlighting
D1
Vin
Q2
VB (fix)
NC
NC
Q1
Control
IC
or
or
PNP TR
NchFET
NPN TR
PNP TR
Current Balance Switch
Q1 Bipolar Transistor Current Balance Switch
VCEO
(V)
6
30
IC
(A)
0.7
1.5
0.5
10
50
1-5
20
25
hFE
CPH-6
(Dual)
CPH-3
NPN
300-800
CPH6538
30C02CH
PNP
200-500
NPN
200-500
NPN
300-800
CPH6539
50C02CH
PNP
200-500
50A02CH
NPN
200-560
CPH3216
CPH3116
PNP
200-560
NPN
300-600
80
2.5
NPN
300-600
NPN
140-400
CPH3240
CPH3140
100
40
160
0.7-1.5
50
200
0.7
DPAK, IPAK
TO-126ML
PCP1203
3.0
1.0
SOT-89
30A02CH
60
2.0
ON Semiconductor
Polarity
BACKLIGHTING
No of LEDs
in Series
2SC5964
2SC5706
2SA2125
2SC6094
2SC6097
2SC6095
2SC6098
2SC3646
2SC4134
PNP
140-400
NPN
300-600
2SC6096
2SA1416
2SC6099
NPN
140-400
2SC3648
2SC4027
PNP
140-400
2SA1418
2SA1552
NPN
200-560
PCP1208
2SC3902
AML2002
Page 33
Discrete Devices for LED Backlighting
Q1 MOSFET Current Balance Switch
No of LEDs
in Series
Polarity
MCH6445
14
N-Channel
60
4
PCP1402
50
N-Channel
250
1.2
SFT1452
50
N-Channel
250
3
10
Device
VDDS
(V)
ID
(A)
VDrive
(V)
RDS(on)
@ VGS =
Typ
Max
Package
4
4
81 mΩ
114 mΩ
MCPH-6
10
10
1.8 Ω
2.4 Ω
SOT-89
10
1.8 Ω
2.4 Ω
DPAK, IPAK
ATPAK with
1.5 mm Height
Q2 MOSFET for DC-DC Converter
RDS(on)
VDDS
(V)
ID
(A)
PD
(W)
@ VGS =
ATP212
60
35
40
ATP214
60
75
60
SFT1443
100
9
SFT1445
100
17
NDDP010N25AZ
250
10
Device
CISS
(pF)
MP
Package
37 mΩ
1820
OK
ATPAK
14 mΩ
4850
OK
ATPAK
290 mΩ
490
OK
DPAK, IPAK
130 mΩ
1030
OK
DPAK, IPAK
420 mΩ
980
OK
DPAK, IPAK
Typ
Max
4.5
25 mΩ
4
9.2 mΩ
20
4
205 mΩ
20
4
93 mΩ
52
10
320 mΩ
D1 Bipolar Transistor for DC-DC Converter
VR Max
(V)
ID Max
(A)
VF Max
(V)
IR Max
(mA)
MP
Package
60
8
0.6 @ IF = 3 A
0.1 @ VR = 30 V
OK
DPAK, IPAK
SB80W10T
100
8
0.8 @ IF = 3 A
0.1 @ VR = 50 V
OK
DPAK, IPAK
RD0106T
600
1
1.3 @ IF = 1 A
0.01 @ VR = 600 V
OK
DPAK, IPAK
RD0306T
600
3
1.5 @ IF = 3 A
0.01 @ VR = 600 V
OK
DPAK, IPAK
Device
SB80W06T
BACKLIGHTING
Page 34
LED Lighting Solutions
PROTECTIO N
LED Bypass Shunts
A typical solid-state lighting application contains strings of LEDs.
Without LED shunts in place, an open circuit failure will cause an
entire string of LEDs to go dark. Many applications require high
reliability in order to prevent costly early replacement or safety
hazards. LED shunts ensure that despite an LED failure, the
remainder of the string stays lit. When all LEDs are functioning the
low leakage of an LED shunt ensures that it consumes very little
power. Once an LED fails the shunt allows current to flow around
the failed LED in a matter of nanoseconds. Their current range
and tight voltage specifications ensure that ON Semiconductor
LED shunts are compatible with all LED drivers.
Current
Source
Key Requirements
•Low ON-state resistance, high OFF-state resistance and
high reliability
Features
•High ON-state current capability
•Low off-state leakage
•Low and repeatable response time
Benefits
•High reliability, enables longevity of string
and fixture
•Capable of operating in high current strings
•Compatible with PWM dimming
High Reliability Applications
•Street lights
•Tunnel lighting
•Architectural lighting
•High-bay lighting
•Train and runway lights
•Automotive lighting
NUD4700
Control
Circuit
NUD4700
Control
Circuit
NUD4700
Control
Circuit
NUD4700
Control
Circuit
Open
LED
NUD4700
Control
Circuit
NUD4700
PROTECTION
Control
Circuit
ON Semiconductor
Page 35
LED Bypass Shunts
Current
Source
NUD4700
Current
Source
HBL1015
Control
Circuit
HBL1025
Control
Circuit
NUD4700
Control
Circuit
Current
Source
Control
Circuit
HBL1015
Open
LED
NUD4700
Control
Circuit
HBL1025
Open
LED
Control
Circuit
HBL1015
Control
Circuit
Open
LED
HBL1025
Control
Circuit
Control
Circuit
HBL1015 and HBL1025 Shunts for Multiple LEDs
Current Range @ TA = 25°C
(mA)
Minimum Breakdown
Voltage
(V)
Package
70 to 1300
5.5
POWERMITE®
HBL5006
50 to 350
6.2
SOD-323, SOD-523, SOD-923
HBL1015
140 to 500
8.0
TSOP-5
HBL1025
140 to 500
11.5
TSOP-5
Device
NUD4700
PROTECTION
Nanosecond switching enables PWM dimming
Page 36
LED Lighting Solutions
In-Module ESD Protection of High Brightness LEDs
Die Level Products for Co-Packaging With HBLED under Optical Dome
During the assembly process and during end-user operation,
sensitive HBLED die are susceptible to harmful electro-static
discharge (ESD) strikes. Further, during assembly in lamps and
light-fixtures, HBLED modules are subject to high-voltage ESD
strikes that can destroy them. In-component silicon transient-
voltage suppressor (TVS) die provide the protection needed
to eliminate failures and enable the creation of robust HBLED
modules for various applications. In-component silicon TVS die
come in two forms: as sub-mounted protectors and as sidemounted die.
Key Requirements
•ESD protection capability, small footprint for sidemounted protector, low profile
Features
•Ability to withstand high levels of ESD strikes
•Low thermal resistance
•Small footprint (side-mount)
•Low profile (side-mount)
•Ability to protect HBLED die during module assembly,
and HBLED modules during fixture assembly
Unidirectional
TVS
LED
String
Capability
Die-thickness
Benefits
Bidirectional
TVS
LED
String
Options
100 mm, 150 mm, 200 mm, and 250 mm
(4, 6, 8 and 10 mils)
Aluminium
•Prevention of HBLED failure during module assembly
and fixture assembly
•Thermal protection and heat-dissipation capability
(sub-mount)
•Minimal light-absorption (side-mount)
Top
Electrodes
Gold
Back-Metal
Gold-Tin (Au-Sn)
TiNiAg
Bare Silicon
Typ Value
150 mm
250 mm
250 mm
190 mm
+7.5 V
–7.5 V
100 nA
±8 kV
Unsawn wafers
Delivery
Sawn wafers on blue Nitto tape and frame
Sawn wafers on UV tape and frame
Unidirectional TVS: {+V Z, -1V}
See schematic
Electrical
Performance
Bidirectional TVS {+V ZP, -V ZN }
See schematic
HBM
IEC 61000-4-2
PROTECTION
Symbol
—
L
W
—
VCL+
VCL–
ILEAK
VESD
Gold
Aluminium-free Gold
Typical Specifications for Side-Mounted Protector
Parameter
Wafer diameter (for the case of wafer-sales)
Die length
Die width
Bondpad diameter
Positive polarity breakdown voltage (current = 1 mA)
Negative polarity breakdown voltage (current = 1 mA)
Leakage Current (at 4 V, 25°C)
ESD Withstand Voltage (HBM)
Copper
Side-Mounted Silicon Protector
ON Semiconductor
Page 37
COMMUNICATION
& SENSING
Smart Lighting
Smart Lighting involves communication and sensing functions to
be able to remotely control (turn on or off, dim or change color)
and monitor (remote diagnostic) one or multiple light fixtures in a
building, a street or simply at home. Smart Lighting also provides
a light fixture with the intelligence to make adjustments based on
conditions such as occupancy or ambient light.
Light fixtures in an office building can be controlled by using
the KNX network over an existing twisted pair wiring using KNX
transceivers.
Ambient Light Sensors and PIR (Passive Infrared) Detectors such
as the NCS36000 can also be used to control the light output of
street lighting.
Communication can be implemented wirelessly or by using
the existing powerline infrastructure. Powerlines make up the
largest copper infrastructure in the world. There are electrical
outlets at every corner of a home or office building, making it
an all-encompassing network. Given that all lighting fixtures
connect to a powerline to convert electricity to light, Powerline
Communication (PLC) has become a logical way to serve as the
primary communication and control link.
COMMUNICATION &
SENSING
For example, two-way communication
between a centralized control
center and street lights can be
implemented to form a fully networked
intelligent street light system. This
enables municipalities, power utility
companies and commercial entities to
remotely dim the light output of their
street lights, and therefore to reduce
the overall energy consumption
of their street light network. Twoway communication can be easily
implemented on the power line by
using PLC modems.
Powerline
Modem
RF
NOA1305
NCN49597
Ambient
Light Sensor
MCU
NCS36000
Motion/Occupancy
Sensor
Dimming
Control
NCL30160
DC
NCL30051
PFC
AC
Isolated
DC-DC
Fixed DC
Voltage
24-80 Vdc
Buck
DC
Converter
LED
String
with Constant Current
NCL30160
DC
Buck
DC
Converter
LED
String
with Constant Current
NCL30160
DC
Buck
DC
Converter
LED
String
with Constant Current
Page 38
LED Lighting Solutions
PLC Modems/Power Line Driver
C8
R6
3V3_A
C16
R7
12 V
C9
12 V
R10
MAINS
R8
C6
3V3_D
C7
3V3_D
C17
VDD
VDDA
R12
VCC
D1
R5
NCS5651
D2
VEE
C4
Vwarn
Vcom
R4
GNDuC
T_REQ
TXD
C3
BR0
3V3_D
C5
R3
C2
R2
RX_OUT
C1
RX_IN
BR1
NCN49597
R14
TX_ENB
C11
Application
&
Metering
μC
RXD
Rlim
R9
C10
TX_OUT
RESB
VDD1V8
D5
CDREF
R11
REF_OUT
ZC_IN
C15
SEN
VSS
R1
VSSA
Tr
1:2
3 V 3_A
XTAL_OUT
D4
XTAL_IN
D3
EXT_CLK_E
C12
C13
Smart
Grid
Modem
Smart
Metering
Modem
Power
Amplifier
Function
Features
Package(s)
PLC S-FSK Modem;
A - D Band
• ARM Cortex M0
• Baud rate: 4800 Bauds
• S-FSK modulation
• Hardware embedded MAC + PHY
• Embedded 1.2 A, 2-stage power amplifier
NCN49597
PLC S-FSK Modem;
A - D Band
• ARM Cortex M0
• Baud rate: 4800 Bauds
• S-FSK modulation
• Hardware embedded MAC + PHY
QFN-52
AMIS49587
PLC S-FSK Modem;
A & B Band
• ARM7TDMi, 24 MHz core
• Baud rate: 2400 Bauds
• S-FSK modulation
• Hardware embedded MAC + PHY
QFN-52
NCS5651
Power Line Driver;
Class AB
• Low distortion power line driver with
optimized interface for PLC modems
• Capability to drive 2.0 A peak into
reactive loads
• Current shutdown minimizes power
consumption during power down state
• Rail-to-Rail Drop of Only ±1 V with
Iout = 1.5 A
NCN49599
ON Semiconductor
QFN-56
with current limitation and thermal protection
QFN-20 EP
Page 39
COMMUNICATION &
SENSING
Device
C14
KNX Transceivers
KNX is a standardized (EN 50090, ISO/IEC 14543), OSI-based
network communications protocol for intelligent buildings. KNX is
the successor to, and convergence of, three previous standards:
KNX Open Standards
Applications
•EN 50090: European Standard
•ISO/IEC 14543-3: International Standard
•GB/Z 20965: Chinese Standard
•ANSI/ASHRAE 135: US Standard
DC=DC Converters
Device
NCN5120
the European Home Systems Protocol (EHS), BatiBUS, and the
European Installation Bus (EIB or Instabus).
•Connects appliances and sensors, especially for climate
and light control to the 9600 Baud KNX twisted pair (TP)
bus inside a building
•TP bus provides data communication and power supply
KNX Host Interface
Fixed 3.3 V
Adj 3.3 to 21 V
20 V
Regulator
Embedded
MAC + LLC1
Digital SPI/UART
Analog UART
Package
4
4
4
4
4
4
QFN-40
Note 1: LLC = Logical Link Control layer of the OSI-based communications network.
Main
Distribution
230 V
TP (Twisted Pair)
Physical
Communication
Media
Switch
COMMUNICATION &
SENSING
Page 40
Lighting
Sun
Blinds
Heating
230 V
PL (Power-Line)
230 V
RF (Radio Frequency) or IR (Infrared)
Monitoring
Washing
Machine
Oven
LED Lighting Solutions
Motion Detector Passive Infrared Controller (PIR) — NCS36000
•Passive infrared controller circuit for the lighting and occupancy sensing market
•Amplifies and conditions signal from PIR sensor
Features
Benefits
•3.0 – 5.75 V operation
•Integrated low noise 2-stage amplifiers
•Internal voltage reference to drive sensor
•Internal oscillator with external RC
•Single or dual pulse detection
•Digital filter to minimize false alarms
•Direct drive of LED and relay
•Lower BOM cost than comparable discrete solutions
•Extremely flexible solution
•Customer can customize digital filtering
•Customer can customize analog processing
•Designed for wide range of occupancy sensors
VSS VDD
VREF
LDO &
Voltage
References
OP1_P
OP1_N
OP1_O
OP2_N
OP2_O
Amplifier
Circuit
OSC
System
Oscillator
2
MODE
Window 2
Comparator
Digital
Control
Circuit
xLED_EN
LED
OUT
Old Solution
NCS36000 Solution
COMMUNICATION &
SENSING
NCS36000
ON Semiconductor
Page 41
Ambient Light & Proximity Sensors
Features
•Design flexibility/customization (i.e., EEPROM if
desired for trimming)
•0.0125 lux detection with customizable filtering
(i.e., Photopic Light Response)
•Dark current and temperature compensation
•Lowest power consumption per resolution bit
•I2C Interface (including High Speed Mode) and
no effect on bus during power down
Device
NOA1212
Vin = 3.3 V
hν
1k
1k
VDD
SDA
SDA
Ambient
Light
1 μF
Sensor
VSS
SCL
LED
Drivers
MCU
LEDs
SCL
Description
Operating
Voltage Range
(V)
Operating Temp
Range
(°C)
Light
Sensitivity Range
(Lux)
Interface
Package
Ambient Light Sensor with Dark Current Compensation
2.0 to 5.5
–40 to +85
~0.01 to 100K
Analog
CUDFN-6
NOA1305
Ambient Light Sensor
2.4 to 3.6
–40 to +85
0.125 to 100K
I2C
CUDFN-6
NOA3302
Ambient Light Sensor + Proximity Sensor
2.3 to 3.6
–40 to +80
~0 to 64K
I2C
CWDFN-8
COMMUNICATION &
SENSING
Page 42
LED Lighting Solutions
Power-Over-Ethernet (PoE) Controllers
Features – NCP1083
NCP1083, consisting of fully compliant PoE functionality and DC-DC controller, may be used to drive LED lamps. Additionally, lamps may
be controlled remotely through PoE.
•Emits white color of ~2700°K
•LED lamp overall maximum power output 33 W
•Peak efficiency ~89%
•LED lamp powered by PSE directly over NCP1083
load switch circuitry; DC-DC controller can provide
3.3 V, 5 V or 15 V power supply
•LED drivers operate in buck operation mode,
switching frequency about 1.05 MHz, PWM dimming
frequency 16 kHz
•DC-DC controller working frequency up to 500 kHz,
fly-back topology used
•Under-voltage startup level set to 38 V, or
programmble down to 8.5 V; current limit 970 mA
IEEE 802.3at + Auxiliary, 40 W
•Auxiliary input voltage range from 9.0 V to 57 V
•Integrated DC-DC converter controller implements highly
efficient power conversion at low output voltages in
conjunction with auxiliary voltage input
•Delivers 25.5 W for PoE+ IEEE 802.3at and up to 40 W in
proprietary applications
•Supports IEEE two event classification
•Best-in-class cable ESD and thermal characteristics
VAUX(+)
1SMA58A
MBRS1100
Data
Pairs
VOUT
VPORTP
CLASS
VDDL
INRUSH
NCP1083
ILIM1
MBRS1100
nCLASS_AT
UVLO
GATE
AUX
VPORTIN
RTN
COMP
TL431
VAUX(–)
Device
Description
Topology
Control
Mode
VCC Min
(V)
VCC Max
(V)
Pd Typ
(W)
Ron Typ
(Ω)
Package
NCP1080
PoE-PD Controller and DC-DC Converter
Flyback
Current
0
57
15
0.6
TSSOP-20
NCP1081
PoE-PD Controller and DC-DC Converter
Flyback
Current
0
57
40
0.6
TSSOP-20
NCP1082
PoE-PD Controller and DC-DC Converter, with Auxiliary Supply Support
Flyback
Current
0
57
15
0.6
TSSOP-20
NCP1083
PoE-PD Controller and DC-DC Converter, with Auxiliary Supply Support
Flyback
Current
0
57
40
0.6
TSSOP-20
NCP1090
PoE-PD Interface Controller
—
—
0
57
15
0.5
SOIC-8, TSSOP-8
NCP1091
PoE-PD Interface Controller with Programmable UVLO
—
—
0
57
15
0.5
SOIC-8, TSSOP-8
NCP1092
PoE-PD Interface Controller with Vaux Support
—
—
0
57
15
0.5
SOIC-8, TSSOP-8
NCP1093
PoE-PD Interface Controller
—
—
0
57
25
0.5
DFN-10
NCP1094
PoE-PD Interface Controller with Vaux Support
—
—
0
57
25
0.5
DFN-10
ON Semiconductor
Page 43
COMMUNICATION &
SENSING
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ON Semiconductor and the ON logo are registered trademarks of Semiconductor Components Industries, LLC (SCILLC) or its subsidiaries in the United States and/or other countries. SCILLC owns the rights to a number of patents, trademarks, copyrights, trade secrets,
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must be validated for each customer application by customer’s technical experts. SCILLC does not convey any license under its patent rights nor the rights of others. SCILLC products are not designed, intended, or authorized for use as components in systems intended
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