设计范例报告 - Power Integrations - AC

设计范例报告
标题
使用LinkSwitchTM-PH LNK407EG设计的14.5 W
功率因数校正(>0.98)、可控硅调光的非隔离降压
式A19 LED替换灯驱动器
规格
90 VAC – 132 VAC输入;
30 VTYP,480 mA输出
40 VTYP,350 mA输出
应用
用于A19替换灯的可调光LED驱动器
作者
应用工程部
文档编号
DER-341
日期
2012年9月14日
修订版本
2.0
特色概述
•
•
•
•
•
•
•
•
单级功率因数校正(PFC)及精确恒流(CC)输出
低成本、元件数量少、印刷电路板(PCB)占用面积小
极高能效,在115 VAC输入下效率>89%
快速启动时间(<100 ms) – 无可见延迟
集成的保护及可靠性能
• 短路保护
• 更大迟滞的自动恢复热关断可同时保护元件和印刷电路板
• 在输入电压跌落或缓升期间不会造成损坏
在115 VAC下,PF >0.98
在115 VAC下,%A-THD <15%
满足IEC 2.5 kV振铃波、500 V差模输入浪涌和EN55015传导EMI要求
专利信息
此处介绍的产品和应用(包括产品之外的变压器结构和电路)可能包含一项或多项美国及国外专利,或正在申请的美国或国外专利。
有关Power Integrations专利的完整列表,请参见www.powerint.com。Power Integrations按照在<http://www.powerint.com/ip.htm>中所述
规定,向客户授予特定专利权利的许可。
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
目录
1
2
3
4
简介 .........................................................................................................................4
电源规格 ..................................................................................................................6
电路原理图 ..............................................................................................................7
电路描述 ..................................................................................................................8
4.1
可控硅相位调光控制兼容性 ..................................................................................9
4.2
设计注释 ..............................................................................................................9
5
PCB 布局 ...............................................................................................................10
6
物料清单(BOM) .....................................................................................................11
7
电感规格 ................................................................................................................12
7.1
电气原理图 .........................................................................................................12
7.2
电气规格 ............................................................................................................12
7.3
材料 ...................................................................................................................12
7.4
电感结构图 .........................................................................................................13
7.5
电感构造 ............................................................................................................13
8
电感设计表格 .........................................................................................................14
9
性能数据 ................................................................................................................16
9.1
效率 ...................................................................................................................16
9.2
输入电压调整率和负载调整率 ............................................................................17
9.3
功率因数 ............................................................................................................18
9.4
A-THD................................................................................................................19
9.5
谐波 ...................................................................................................................20
9.5.1
29 V LED 负载 ............................................................................................20
9.5.2
30 V LED 负载 ............................................................................................21
9.5.3
31 V LED 负载 ............................................................................................22
9.6
测试数据 ............................................................................................................23
9.6.1
测试数据,29 V LED 负载 ..........................................................................23
9.6.2
测试数据,30 V LED 负载 ..........................................................................23
9.6.3
测试数据,31 V LED 负载 ..........................................................................23
10
调光性能数据 .........................................................................................................24
10.1
前沿调光器的典型调光曲线 ............................................................................24
10.2
调光器兼容性列表 ..........................................................................................25
11
热性能 ...................................................................................................................26
11.1
非调光 VIN = 90 VAC,60 Hz,30 V LED 负载...............................................26
11.2
非调光 VIN = 132 VAC,60 Hz,30 V LED 负载.............................................26
11.3
调光 VIN = 120 VAC 60 Hz,90º 导通角,30 V LED 负载 ..............................27
12
非调光波形 ............................................................................................................28
12.1
输入电压和输入电流波形 ................................................................................28
12.2
正常工作时的输出电流和输出电压 .................................................................29
12.3
输出电流/电压的升降 ......................................................................................30
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第2页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
12.4
启动时的输入电压和输出电流波形 ................................................................. 31
12.5
正常工作时的漏极电压和漏极电流 ................................................................. 32
12.6
启动时的漏极电压和电流 ............................................................................... 33
12.7
输出短路时的漏极电流和漏极电压 ................................................................. 34
13
调光波形................................................................................................................ 35
13.1
输入电压和输入电流波形 ............................................................................... 35
13.2
输出电流波形 ................................................................................................. 36
14
传导 EMI ............................................................................................................... 37
14.1
测试设置 ........................................................................................................ 37
14.2
测试结果 ........................................................................................................ 38
15
输入浪涌................................................................................................................ 39
16
40 V / 350 mA 输出设计补充信息 .......................................................................... 40
16.1
电源规格 ........................................................................................................ 40
16.2
电感规格(40 V / 350 mA) ............................................................................... 41
16.2.1 电气原理图 ................................................................................................. 41
16.2.2 电气规格 ..................................................................................................... 41
16.2.3 材料 ............................................................................................................ 41
16.2.4 电感结构图 ................................................................................................. 42
16.2.5 电感构造 ..................................................................................................... 42
16.3
性能数据 ........................................................................................................ 43
16.4
调光器兼容性列表 .......................................................................................... 43
16.4.1 效率 ............................................................................................................ 45
16.4.2 输入电压调整率和负载调整率 ..................................................................... 46
16.4.3 功率因数 ..................................................................................................... 47
16.4.4 A-THD ........................................................................................................ 48
16.4.5 40 V 谐波 .................................................................................................... 49
16.4.6 传导 EMI 测试结果...................................................................................... 50
17
版本历史................................................................................................................ 51
重要说明:虽然本电路板的设计满足安全隔离要求,但工程原型尚未获得机构认证。因此,必须使用隔离变
压器向原型板提供AC输入,以执行所有测试。
第3页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
1 简介
本文档介绍的是一款非隔离、高功率因数(PF)、可控硅调光的LED驱动器。该驱动器可在
90 VAC至132 VAC(典型值为60 Hz)的输入电压范围内为LED灯串提供额定电压30 V、
额定电流480 A的驱动。该LED驱动器采用了LinkSwitch-PH系列IC中的LNK407EG器件。
所采用的拓扑结构是单级、非隔离、降压式拓扑结构,可满足本设计的高功率因数、良好
的电流调整和调光要求。基于LinkSwitch-PH的设计可提供高功率因数(>0.9),这有助于满
足所有国际标准的要求。
本文档包含LED驱动器规格、电路原理图、PCB设计细节、物料清单、变压器规格文件和
典型性能特征。
Figure 1 – Populated Circuit Board.
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第4页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
Figure 2 – Populated Circuit Board, Top View.
Figure 3 – Populated Circuit Board, Bottom View.
第5页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
2 电源规格
下表所列为设计的最低可接受性能。实际性能可参考测量结果部分。
说明
输入
电压
频率
输出
输出电压
输出电流
总输出功率
连续输出功率
效率
符号
单位
备注
双导线 – 无P.E.
VIN
fLINE
90
47
120
50/60
132
63
VAC
Hz
VOUT
IOUT
29
30
480
31
V
mA
POUT
η
额定
最小值 典型值 最大值
88
14.5
W
89
%
在115 VAC下
在POUT 25 oC及
115 VAC条件下测得
环境
传导EMI
满足CISPR22B/EN55015要求
输入浪涌
差模(L1-L2)
振铃波(100 kHz)
差模(L1-L2)
0.9
功率因数
500
V
2.5
kV
0.98
谐波电流
环境温度
%
Power Integrations, Inc.
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40
在115 VAC下
Class C限值
(对于PIN >25 W限值)
EN 61000-3-2 Class C
TAMB
2 Ω 短路
串联电阻
在115 VAC下
15
A-THD
1.2/50 μs浪涌,IEC 1000-4-5,
串联电阻:
差模:2 Ω
o
C
自然对流,海平面
第6页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
3 电路原理图
Figure 4 – Schematic Diagram for 30 V / 480 mA.
Notes for 40 V / 350 mA:
1. Replace transformer T1 (620 μH inductance and bias winding of 22 turns). Refer to addendum
section for more details.
2. Change R7 to 90.9 kΩ / 1%.
第7页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
4 电路描述
LinkSwitch-PH (U1) 是 一 款 适 用 于 LED 驱 动 器 应 用 的 高 集 成 度 初 级 侧 芯 片 控 制 器 。
LinkSwitch-PH能够在单级转换拓扑结构中提供高功率因数,同时对输出电流进行调节。
所有提供这些功能的控制电路以及高压功率MOSFET都集成在该器件中。
电容C1和C2、差模扼流圈L1、L2和L3用于执行EMI滤波,同时维持高功率因数。该输入滤
波器网络与LinkSwitch-PH的频率调制特性相结合,可使设计满足Class B干扰限值。电阻
R1、R2和R4用于抑制电感滤波器的谐振,避免在EMI测量中出现意外峰值。
采用浮动输出连接的降压式功率电路由U1(功率开关 + 控制)、D2(续流二极管)、C5
和C7(输出电容)以及T1(输出电感)构成。二极管D3用来防止U1的漏-源极出现负电
压,特别是在接近输入电压的过零点时。二极管D1和C3检测峰值AC线电压。C3以及R3、
R12和R5上的电压可设置馈入V引脚的电流。U1使用该电流来控制输入欠压(UV)、过压
(OV)和前馈电流,前馈电流与反馈(FB)引脚电流共同为LED负载提供恒流。
本设计还采用了与T1耦合的偏置绕组,来为U1的旁路(BP)引脚供电。这样可在可控硅调光
器对输入电压严重切角时,使U1在深度调光条件下工作。二极管D5对偏置电压进行整流,
电容C9对D5进行滤波。电阻R16可限制提供给旁路引脚的电流,二极管D5在启动期间为
C9提供与C4的隔离。
U1用于输出电压反馈的反馈引脚电流由电压-电流转换器网络(由R7、R8、R9、R10、
Q1、C6和D4构成)提供。输出电压转换为反馈电流的表达式如下:
I F B ≈ k × VOUT
其中:
1
R8
k=
*
R 7 R8 + R9
对R8电压取足够大的值以消除或降低温度和VCE(与Q1的VBE电压相关)的影响。
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第8页(共52页)
2012年9月14日
4.1
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
可控硅相位调光控制兼容性
对于用低成本的可控硅前沿及后沿相控调光器提供输出调光的要求,我们需要在设计时进
行一些权衡。
由于LED照明的功耗非常低,整灯吸收的电流要小于许多应用中可控硅的维持电流。这样
会因为可控硅触发不一致而产生某些不良情况,比如调光范围受限和/或闪烁。由于LED灯
的阻抗相对较大,因此在可控硅导通时,浪涌电流会对输入电容进行充电,产生很严重的
振铃。这种效应会造成类似不良情况,因为振荡会使可控硅电流降至零并关断。
为克服这些问题,我们在电源的输入端添加了由电容C8以及电阻R13和R14构成的无源泄
放电路。
4.2
设计注释
驱动器的输出未配备过压保护。
请勿在未连接LED负载的情况下对驱动器上电。
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
5 PCB布局
Figure 5 – Top Side.
Figure 6 – Bottom Side.
Power Integrations, Inc.
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第10页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
6 物料清单(BOM)
Item
Qty
Part Ref
1
1
BR1
2
1
C1
Description
1000 V, 0.8 A, Bridge Rectifier, SMD, MBS-1, 4SOIC
22 nF, 400 V, Film
3
1
C2
100 nF, 250 V, Film
4
1
C3
1.0 μF, 250 V, Ceramic, X7R, 2220
5
1
C4
6
1
C5
7
1
C6
10 μF, 10 V, Ceramic, X5R, 0603
100 μF, 50 V, Electrolytic, Low ESR, 220 mΩ,
(8 x 12)
1 μF, 100 V, Ceramic, X7R, 1206
8
1
C8
220 nF, 250 V, Film
9
1
C9
10
1
D1
11
1
D2
10 μF, 25 V, Ceramic, X5R, 1206
600 V, 1 A, Rectifier, Glass Passivated,
POWERDI123
DIODE ULTRA FAST, GPP, 400 V, 1A SMA
12
1
D3
60 V, 1 A, Schottky, DO-214AC
SS16-E3/61T
Vishay
13
3
D4 D5 D6
100 V, 0.2 A, Fast Switching, 50 ns, SOD-323
BAV19WS-7-F
Diode Inc.
14
1
F1
3 A, 125 V, Fast, Microfuse, Axial
MQ3
Bel Fuse
15
2
J1 J2
PCB Terminal Hole, 22 AWG
N/A
N/A
16
2
LN
Test Point, BLK, Miniature THRU-HOLE MOUNT
5001
Keystone
17
3
L1 L2 L3
CTSCH875DF-152K
CT Parts
18
1
Q1
19
3
R1 R2 R4
20
2
R3 R12
21
1
R5
22
1
R6
23
1
R7
24
1
25
1.5 mH, 0.19 A, Ferrite Core
PNP, Small Signal BJT, 500 V, 0.15 A, SOT23
Mfg Part Number
Mfg
B10S-G
Comchip Technology
ECQ-E4223KF
Panasonic
ECQ-E2104KB
Panasonic
C5750X7R2E105K
TDK
C1608X5R1A106M
ELXZ500ELL101MH
12D
C3216X7R2A105K
TDK
Nippon Chemi-Con
ECQ-E2224KF
Panasonic
ECJ-3YB1E106M
Panasonic
DFLR1600-7
Diodes, Inc.
US1G-13-F
Diodes, Inc.
TDK
FMMT560TA
Zetex
10 kΩ, 5%, 1/8 W, Thick Film, 0805
ERJ-6GEYJ103V
Panasonic
2 MΩ, 1%, 1/8 W, Thick Film, 0805
ERJ-6ENF2004V
Panasonic
1.50 MΩ, 1%, 1/16 W, Thick Film, 0603
ERJ-3EKF1504V
Panasonic
24.9 kΩ, 1%, 1/16 W, Thick Film, 0603
ERJ-3EKF2492V
Panasonic
71.5 kΩ, 1%, 1/16 W, Thick Film, 0603
ERJ-3EKF7152V
Panasonic
R8
34.8 kΩ, 1%, 1/16 W, Thick Film, 0603
ERJ-3EKF3482V
Panasonic
1
R9
90.9 kΩ, 1%, 1/16 W, Thick Film, 0603
ERJ-3EKF9092V
Panasonic
26
1
R10
47 kΩ, 5%, 1/4 W, Thick Film, 1206
ERJ-8GEYJ473V
Panasonic
27
1
R11
510 kΩ, 5%, 1/4 W, Thick Film, 1206
ERJ-8GEYJ514V
Panasonic
28
2
R13 R14
29
1
R16
1.8 kΩ, 5%, 1/8 W, Thick Film, 0805
30
1
RV1
140 V, 12 J, 7 mm, RADIAL
31
1
T1
Bobbin, RM6, Vertical, 6 pins
32
1
U1
LinkSwitch-PH, eSIP
1 kΩ, 5%, 1/2 W, Thick Film, 1210
ERJ-14YJ102U
Panasonic
ERJ-6GEYJ182V
Panasonic
V140LA2P
Littlefuse
B65808-N1006-D1
Epcos
LNK407EG
Power Integrations
Note for 40V/350mA version:
23
1
R7
90.9 kΩ, 1%, 1/16 W, Thick Film, 0603
31
1
T1
Bobbin, RM6, Vertical, 6 pins
第11页(共52页)
ERJ-3EKF9092V
Panasonic
Custom for 40V/350mA
Epcos
Power Integrations
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
7 电感规格
7.1
电气原理图
Figure 7 – Inductor Electrical Diagram.
7.2
电气规格
Primary Inductance
Resonant Frequency
7.3
Pins 1-2 all other windings open, measured at 66 kHz,
0.4 VRMS
Pins 1-2, all other windings open
470 μH ±7%
1.8 MHz (Min.)
材料
Item
[1]
[2]
[3]
[4]
Description
Core: RM6S PC40 or equivalent.
Bobbin: B-RM6-V 6pins 3/3.
Magnet Wire, #27 AWG, solderable double coated.
Magnet Wire, #33 AWG, solderable double coated.
Power Integrations, Inc.
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第12页(共52页)
2012年9月14日
7.4
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
电感结构图
Figure 8 – Inductor Build Diagram.
7.5
电感构造
General Note
WD1
WD2
Finish
For the purpose of these instructions, bobbin is oriented on winder such that pin 1 side
is on the right.
Start at pin 2. Wind 60 turns of item [3] as shown in Figure 2. Terminate at pin 1.
Start at pin 5. Wind 30 turns of item [4] and terminate the other end at pin 4.
Grind the core to get the specified inductance. Place the clip to secure both cores.
Cut pins 3 and 6.
第13页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
8 电感设计表格
ACDC_LNKPH_Buck_032811;
Rev.1.0; Copyright
INPUT
OUTPUT
Power Integrations
2011
ENTER APPLICATION VARIABLES
YES
Dimming required
VACMIN
90
90
VACMAX
132
132
fL
69
69
VO
30.00
UNIT
V
V
Hz
V
VO_MAX
37.50
V
VO_MIN
23.68
V
V_OVP
41.25
IO
0.48
PO
14.4
n
0.90
0.90
ENTER LinkSwitch-PH VARIABLES
V
LNK-PH
Watts
LNK407
Current Limit Mode
RED
LNK-PH_032811: LinkSwitch-PH Buck Design Spreadsheet
Select "YES" option if dimming is required. Otherwise select "NO".
Minimum AC Input Voltage
Maximum AC input voltage
AC Mains Frequency
Typical output voltage of LED string at full load
Maximum LED string Voltage. Ensure that the maximum LED string
voltage is below VO_MAX
Minimum LED string Voltage. Ensure that the minimum LED string
voltage is above VO_MIN
Over-voltage setpoint
Typical full load LED current
Output Power
Estimated efficiency of operation
Selected Linkswitch-PH device. If Dimming is required, select
device from LNK40X family, Otherwise select device from LNK41X
family
Select "RED" for reduced Current Limit mode or "FULL" for Full
current limit mode
Minimum current limit
Maximum current limit
Switching Frequency
Minimum Switching Frequency
Maximum Switching Frequency
V pin current
Upper V pin resistor
Lower V pin resistor
!!! Warning. IFB is too low. Use larger device
IFB setting resistor (See RDR254 schematic)
Upper resistor in base divider (See RDR254 schematic)
Lower resistor in base divider (See RDR254 schematic)
LinkSwitch-PH on-state Drain to Source Voltage
Output Winding Diode Forward Voltage Drop
Bias Winding Diode Forward Voltage Drop
ILIMITMIN
1.420
A
ILIMITMAX
1.660
A
fS
66000
Hz
fSmin
62000
Hz
fSmax
70000
Hz
IV
39.91
uA
Rv
4
M-ohms
RV2
1.402
M-ohms
IFB
95.00
95.00
uA
R7
88.42
k-ohms
R8
35.35
k-ohms
R9
90.90
k-ohms
VDS
10
V
VD
0.60
V
VDB
0.70
V
Key Design Parameters
KP
0.75
0.75
Ripple to Peak Current Ratio (0.4 < KRP < 1.3)
LP
470
uH
Primary Inductance
KP Expected
0.62
Ripple to Peak Current Ratio (0.4 < KRP < 1.3)
Expected IO (average)
0.48
A
Expected Average Output Current
ENTER TRANSFORMER CORE/CONSTRUCTION VARIABLES
Core Type
RM6
Selected Core for inductor
Core
P/N:
*
Bobbin
P/N:
CSV-RM6/R-1S-4P
AE
0.32
cm^2
Core Effective Cross Sectional Area
LE
2.56
cm
Core Effective Path Length
AL
1420
nH/T^2
Ungapped Core Effective Inductance
BW
6.4
mm
Bobbin Physical Winding Width
Power Integrations, Inc.
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第14页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
M
L
0
4.00
mm
4
DC INPUT VOLTAGE PARAMETERS
VMIN
127
VMAX
187
CURRENT WAVEFORM SHAPE PARAMETERS
DMAX
0.24
IAVG
0.48
V
V
A
IP
1.18
A
IRMS
0.48
A
TRANSFORMER PRIMARY DESIGN PARAMETERS
LP
470
uH
NP
60
ALG
131
nH/T^2
BM
2899
Gauss
BP
3987
Gauss
BAC
1081
Gauss
ur
904
LG
0.28
mm
BWE
25.6
mm
OD
0.43
mm
INS
0.06
mm
DIA
0.37
mm
AWG
27
AWG
CM
CMA
203
420
Cmils
Cmils/Amp
第15页(共52页)
Safety Margin Width (Half the Primary to Secondary
Creepage Distance)
Number of Primary Layers
Peak input voltage at VACMIN
Peak input voltage at VACMAX
Minimum duty cycle at peak of VACMIN
Average Primary Current
Peak Primary Current (calculated at minimum input voltage
VACMIN)
Primary RMS Current (calculated at minimum input voltage
VACMIN)
Primary Inductance
Primary Winding Number of Turns
Gapped Core Effective Inductance
Maximum Flux Density at PO, VMIN (BM<3000)
Peak Flux Density (BP<4200)
AC Flux Density for Core Loss Curves (0.5 X Peak to Peak)
Relative Permeability of Ungapped Core
Gap Length (Lg > 0.1 mm)
Effective Bobbin Width
Maximum Primary Wire Diameter including insulation
Estimated Total Insulation Thickness (= 2 * film thickness)
Bare conductor diameter
Primary Wire Gauge (Rounded to next smaller standard AWG
value)
Bare conductor effective area in circular mils
Primary Winding Current Capacity (200 < CMA < 500)
Power Integrations
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
9 性能数据
All measurements performed at room temperature using an LED load. The following
data were measured using 3 sets of loads to represent the load range of 29 V to 31 V.
Refer to the table on Section 9.6 for complete test data.
9.1
效率
90.2
29 V
90.0
30 V
31 V
89.8
Efficiency (%)
89.6
89.4
89.2
89.0
88.8
88.6
88.4
85
90
95
100
105
110
115
120
125
130
135
Input Voltage (VAC)
Figure 9 – Efficiency vs. Line and Load.
Power Integrations, Inc.
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第16页(共52页)
2012年9月14日
9.2
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
输入电压调整率和负载调整率
505
29 V
500
30 V
31 V
495
Output Current (mA)
490
485
480
475
470
465
460
455
85
90
95
100
105
110
115
120
125
130
Input Voltage (VAC)
Figure 10 – Regulation vs. Line and Load.
第17页(共52页)
Power Integrations
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135
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
9.3
2012年9月14日
功率因数
0.994
29 V
30 V
0.992
31 V
Power Factor
0.990
0.988
0.986
0.984
0.982
0.980
85
90
95
100
105
110
115
120
125
130
135
Input Voltage (VAC)
Figure 11 – Power Factor vs. Line and Load.
Power Integrations, Inc.
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第18页(共52页)
2012年9月14日
9.4
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
A-THD
15
29 V
15
30 V
14
31 V
A-THD (%)
14
13
13
12
12
11
11
10
85
90
95
100
105
110
115
120
125
130
Input Voltage (VAC)
Figure 12 – A-THD vs. Line and Load.
第19页(共52页)
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135
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
9.5
2012年9月14日
谐波
9.5.1 29 V LED负载
120
Class C (D) Limit
mA Content
Harmonic Current (mA)
100
80
60
40
20
0
3
5
7
9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39
Harmonic Number (n)
Figure 13 – 29 V LED Load Input Current Harmonics at 115 VAC, 60 Hz.
Power Integrations, Inc.
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第20页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
9.5.2 30 V LED负载
140
Class C (D) Limit
mA Content
Harmonic Current (mA)
120
100
80
60
40
20
0
3
5
7
9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39
Harmonic Number (n)
Figure 14 – 30 V LED Load Input Current Harmonics at 115 VAC, 60 Hz.
第21页(共52页)
Power Integrations
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
9.5.3 31 V LED负载
140
Class C (D) Limit
mA Content
Harmonic Current (mA)
120
100
80
60
40
20
0
3
5
7
9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39
Harmonic Number (n)
Figure 15 – 31 V LED Load Input Current Harmonics at 115 VAC, 60 Hz.
Power Integrations, Inc.
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第22页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
9.6 测试数据
All measurements were taken with the board at open frame, 25 ºC ambient, and 60 Hz
line frequency
9.6.1 测试数据,29 V LED负载
Input
VAC
Freq
(VRMS) (Hz)
90
60
VIN
(VRMS)
89.99
Input Measurement
IIN
PIN
PF
(mARMS)
(W)
174.90
15.627 0.993
10.50
Load Measurement
VOUT
IOUT
POUT
(VDC) (mADC)
(W)
28.93 463.41 13.86
100
60
99.95
161.55
16.007
0.991
11.27
29.00
476.32
14.27
13.81
89.12
1.74
110
60
110.01
149.88
16.306
0.989
12.48
29.05
486.50
14.58
14.13
89.40
1.73
115
60
114.99
144.60
16.421
0.988
12.99
29.06
490.50
14.70
14.25
89.51
1.72
132
60
132.01
129.36
16.771
0.982
14.69
29.11
501.77
15.05
14.61
89.72
1.72
PCAL
(W)
13.94
Calculation
Efficiency
(%)
88.78
Loss
(W)
1.82
%ATHD
PCAL
(W)
13.41
Calculation
Efficiency
(%)
88.72
Loss
(W)
1.76
9.6.2 测试数据,30 V LED负载
Input
VAC
Freq
(VRMS) (Hz)
90
60
VIN
(VRMS)
90.00
Input Measurement
IIN
PIN
PF
(mARMS)
(W)
181.68
16.239 0.993
10.37
Load Measurement
VOUT
IOUT
POUT
(VDC) (mADC)
(W)
30.31 460.02 14.42
100
60
99.97
167.76
16.633
0.992
10.97
30.39
472.96
14.84
14.37
89.21
1.80
110
60
110.02
155.62
16.946
0.990
11.99
30.44
483.09
15.17
14.71
89.50
1.78
115
60
115.00
150.20
17.074
0.988
12.5
30.46
487.29
15.30
14.84
89.62
1.77
132
60
132.02
134.23
17.425
0.983
14.32
30.52
498.41
15.66
15.21
89.87
1.77
Load Measurement
VOUT
IOUT
POUT
(VDC) (mADC)
(W)
31.08 458.08 14.72
PCAL
(W)
14.24
Calculation
Efficiency
(%)
88.77
Loss
(W)
1.86
%ATHD
9.6.3 测试数据,31 V LED负载
Input
VAC
Freq
(VRMS) (Hz)
90
60
VIN
(VRMS)
90.00
Input Measurement
IIN
PIN
PF
(mARMS)
(W)
185.45
16.579 0.993
%ATHD
10.34
100
60
99.97
171.26
16.986
0.992
10.74
31.16
471.12
15.15
14.68
89.21
1.83
110
60
110.03
158.83
17.303
0.990
11.75
31.21
481.31
15.49
15.02
89.53
1.81
115
60
115.01
153.25
17.430
0.989
12.26
31.23
485.41
15.63
15.16
89.64
1.81
132
60
132.02
136.87
17.779
0.984
14.04
31.29
496.34
15.99
15.53
89.92
1.79
第23页(共52页)
Power Integrations
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
10 调光性能数据
TRIAC dimming results were taken with input voltage of 120 VAC, 60 Hz line frequency,
room temperature, and nominal 30 V LED load.
10.1 前沿调光器的典型调光曲线
Data taken using programmable AC source (Agilent 6812B) providing leading edge
chopped AC input.
500
Output Current (HL)
Output Current, mA (0 to 180)
Output Current, mA (180 to 0)
Output Current (LL)
450
400
Output current (mA)
350
300
250
200
150
100
50
0
0
20
40
60
80
100
120
Conduction Angle (º)
140
160
180
Figure 16 – Leading Edge Dimming Characteristics.
Power Integrations, Inc.
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第24页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
10.2 调光器兼容性列表
The unit was tested with the following high-line dimmers at 120 VAC, 60 Hz (direct from
utility line) input and 30 V LED load.
List of Dimmers
Type
Part Number
Max Iout, mA
Min Iout, mA
1
LUTRON LG600PH-LA
L
LG-600PH-WH
436
1.07
Dim Ratio
407
2
LUTRON S603P
L
S-603P-WH
457
1.05
435
3
LUTRON SLV600P
L
SLV600P-WH
453
1.1
412
4
LUTRON S600
L
S-600-WH
485
1.05
462
5
LUTRON S-600PH-WH
L
S-600PH-WH
458
1.05
436
6
LUTRON DVCL153P
L
DVWCL-153-PLH-WH
461
46
10
7
LUTRON DV603P
L
DV-603P-WH
436
1.1
396
8
LUTRON DV600P
L
DV-600P-WH
435
1.1
395
9
LUTRON TG600PH-IV
L
TG-600PH-WH
450
1.07
421
10
LUTRON AY600P
L
AY-600P-WH
448
1.1
407
11
LUTRON GL600P-WH
L
GL-600P-WH
457
1.05
435
12
LEVITON 6633PLI
L
R62-06633-1LW
496
1.03
482
13
LEVITON 6631-LI
L
R62-06631-1LW
473
1.06
446
14
LEVITON IPI06
L
R60-IPI06-1LM
493
83
6
15
LEVITON RP106
L
R52-RPI06-1LW
499
1
499
16
LEVITON 6681
L
R60-06681-0IW
499
35
14
17
LEVITON 6684
L
R60-06684-1IW
499
1
499
18
LEVITON 6613
L
R02-06613-PLW
492
1.11
443
19
COOPER SLC03
SLC03P-W-K-L
469
127
4
20
LUTRON GL600-WH
L
GL-600-WH
484
1.05
461
21
LUTRON DVPDC-203P-WH
L
DVPDC-203P-WH
487
139
4
22
LUTRON LX600PL
L
LX-600PL-wh
480
66
7
23
LUTRON S-600P
L
S-600P
460
1.05
438
24
LUTRON TGLV-600P
L
TGLV-600P
463
1.1
421
25
LUTRON TGLV-600PR
L
TGLV-600PR
445
1.11
401
26
LUTRON TT-300NLH-WH
L
TT-300NLH-WH
488
1.01
483
27
LUTRON TT-300H-WH
L
TT-300H-WH
488
1
488
28
LUTRON NLV-1000-WH
L
NLV-1000-WH
468
40
12
Figure 17 – TRIAC Dimmer Compatibility Table.
第25页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
11 热性能
Images captured after running for >30 minutes at room temperature (25 °C), open frame
for the conditions specified.
11.1 非调光VIN = 90 VAC,60 Hz,30 V LED负载
Figure 18 – Bottom Side.
D2-US1G: 78.8 ºC
Figure 19 – Top Side.
U1-LNK407EG: 90.3 ºC
11.2 非调光VIN = 132 VAC,60 Hz,30 V LED负载
Figure 20 – Bottom Side.
D2-US1G: 83.3ºC
Power Integrations, Inc.
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Figure 21 – Top Side.
U1-LNK407EG: 93.4 ºC
第26页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
11.3 调光VIN = 120 VAC 60 Hz,90º导通角,30 V LED负载
Figure 22 – Bottom Side.
R14-Bleeder Resistor: 74.1 ºC
第27页(共52页)
Figure 23 – Top Side.
U1-LNK407EG: 55.8 ºC
Power Integrations
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
12 非调光波形
12.1 输入电压和输入电流波形
Figure 24 – 90 VAC, Full Load.
Upper: IIN, 100 mA / div.
Lower: VIN, 50 V, 10 ms / div.
Figure 25 – 110 VAC, Full Load.
Upper: IIN, 100 mA / div.
Lower: VIN, 50 V, 10 ms / div.
Figure 26 – 120 VAC, Full Load.
Upper: IIN, 100 mA / div.
Lower: VIN, 50 V, 10 ms / div.
Figure 27 – 132 VAC, Full Load.
Upper: IIN, 100 mA / div.
Lower: VIN, 50 V, 10 ms / div.
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第28页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
12.2 正常工作时的输出电流和输出电压
Figure 28 – 90 VAC, 60 Hz Full Load.
Upper: IOUT, 200 mA / div.
Lower: VOUT, 10 V, 10 ms / div.
Figure 29 – 110 VAC, 60 Hz Full Load.
Upper: IOUT, 200 mA / div.
Lower: VOUT, 10 V, 10 ms / div.
Figure 30 – 120 VAC, 60 Hz Full Load.
Upper: IOUT, 200 mA / div.
Lower: VOUT, 10 V, 10 ms / div.
Figure 31 – 132 VAC, 60 Hz Full Load.
Upper: IOUT, 200 mA / div.
Lower: VOUT, 10 V, 10 ms / div.
第29页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
12.3 输出电流/电压的升降
Figure 32 – 90 VAC Output Rise.
Upper: IOUT, 200 mA / div.
Lower: VOUT, 10 V, 100 ms / div.
Figure 33 – 90 VAC Output Fall.
Upper: IOUT, 200 mA / div.
Lower: VOUT, 10 V, 100 ms / div.
Figure 34 – 132 VAC Output Rise.
Upper: IOUT, 200 mA / div.
Lower: VOUT, 10 V, 100 ms / div.
Figure 35 – 132 VAC Output Fall.
Upper: IOUT, 200 mA / div.
Lower: VOUT, 10 V, 100 ms / div.
Power Integrations, Inc.
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第30页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
12.4 启动时的输入电压和输出电流波形
Figure 36 – 90 VAC, 60 Hz.
Upper: IOUT, 200 mA / div.
Lower: VIN, 50 V, 50 ms / div.
Figure 37 – 110 VAC, 60 Hz.
Upper: IOUT, 200 mA / div.
Lower: VIN, 50 V, 50 ms / div.
Figure 38 – 120 VAC, 60 Hz.
Upper: IOUT, 200 mA / div.
Lower: VIN, 50 V, 50 ms / div.
Figure 39 – 132 VAC, 60 Hz.
Upper: IOUT, 200 mA / div.
Lower: VIN, 50 V, 50 ms / div.
第31页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
12.5 正常工作时的漏极电压和漏极电流
Figure 40 – 90 VAC, 60 Hz.
C2: IDRAIN, 0.5 A, 2 ms / div.
C3: VDRAIN, 50 V, 2 ms / div.
Z2: IDRAIN, 0.5 A, 10 μs / div.
Z3: VDRAIN, 50 V, 10 μs / div.
Figure 42 – 120 VAC, 60 Hz.
C2: IDRAIN, 0.5 A, 2 ms / div.
C3: VDRAIN, 50 V, 2 ms / div.
Z2: IDRAIN, 0.5 A, 10 μs / div.
Z3: VDRAIN, 50 V, 10 μs / div.
Power Integrations, Inc.
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Figure 41 – 110 VAC, 60 Hz.
C2: IDRAIN, 0.5 A, 2 ms / div.
C3: VDRAIN, 50 V, 2 ms / div.
Z2: IDRAIN, 0.5 A, 10 μs / div.
Z3: VDRAIN, 50 V, 10 μs / div.
Figure 43 – 132 VAC, 60 Hz.
C2: IDRAIN, 0.5 A, 2 ms / div.
C3: VDRAIN, 50 V, 2 ms / div.
Z2: IDRAIN, 0.5 A, 10 μs / div.
Z3: VDRAIN, 50 V, 10 μs / div.
第32页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
12.6 启动时的漏极电压和电流
Figure 44 – 90 VAC, 60 Hz Start-up
Upper: IDRAIN, 500 mA / div.
Lower: VDRAIN, 50 V, 1 ms / div.
Figure 45 – 90 VAC, 60 Hz Start-up
Upper: IDRAIN, 500 mA / div.
Lower: VDRAIN, 50 V, 20 μs / div.
Figure 46 – 132 VAC, 60 Hz Start-up
Upper: IDRAIN, 500 mA / div.
Lower: VDRAIN, 50 V, 1 ms / div.
Figure 47 – 132 VAC, 60 Hz Start-up
Upper: IDRAIN, 500 mA / div.
Lower: VDRAIN, 50 V, 20 μs / div.
第33页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
12.7 输出短路时的漏极电流和漏极电压
Figure 48 – 90 VAC, 60 Hz Output Short Condition.
Upper: IDRAIN, 500 mA / div.
Lower: VDRAIN, 50 V, 500 ms / div.
Figure 49 – 90 VAC, 60 Hz Output Short Condition.
Upper: IDRAIN, 500 mA / div.
Lower: VDRAIN, 50 V, 20 μs / div.
Figure 50 – 132 VAC, 60 Hz Output Short Condition.
Upper: IDRAIN, 500 mA / div.
Lower: VDRAIN, 50 V, 500 ms / div.
Figure 51 – 132 VAC, 60 Hz Output Short Condition.
Upper: IDRAIN, 500 mA / div.
Lower: VDRAIN, 50 V, 20 μs / div.
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第34页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
13 调光波形
13.1 输入电压和输入电流波形
Input: 120 VAC, 60 Hz
Output: 30 V LED Load
Dimmer: LUTRON LG-600PH-WH
Figure 52 – 125º Conduction Angle.
Upper: IIN, 100 mA / div.
Lower: VIN, 50 V, 5 ms / div.
Figure 53 – 92º Conduction Angle.
Upper: IIN, 100 mA / div.
Lower: VIN, 50 V, 5 ms / div.
Figure 54 – 65º Conduction Angle.
Upper: IIN, 100 mA / div.
Lower: VIN, 50 V, 5 ms / div.
Figure 55 – 45º Conduction Angle.
Upper: IIN, 100 mA / div.
Lower: VIN, 50 V, 5 ms / div.
第35页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
13.2 输出电流波形
Input: 120 VAC, 60 Hz
Output: 30 V LED Load
Dimmer: LUTRON LG-600PH-WH
Figure 56 – 125º Conduction Angle.
Upper: IOUT, 200 mA / div.
Lower: VIN, 50 V, 5 ms / div.
Figure 57 – 92º Conduction Angle.
Upper: IOUT, 200 mA / div.
Lower: VIN, 50 V, 5 ms / div.
Figure 58 – 65º Conduction Angle.
Upper: IOUT, 200 mA / div.
Lower: VIN, 50 V, 5 ms / div.
Figure 59 – 45º Conduction Angle.
Upper: IOUT, 200 mA / div.
Lower: VIN, 50 V, 5 ms / div.
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第36页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
14 传导EMI
14.1 测试设置
The unit was tested using LED load (~30 V VOUT) with input voltage of 115 VAC, 60 Hz at
room temperature.
Figure 60 – EMI Test Set-up with the Unit and LED Load Placed Inside the Cone.
第37页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
14.2 测试结果
Power Integrations
19.Jun 12 12:42
RBW
MT
9 kHz
500 ms
Att 10 dB AUTO
dBµV
120
100 kHz
EN55015Q
LIMIT CHECK
110
1 MHz
PASS
10 MHz
SGL
1 QP
CLRWR
100
90
2 AV
CLRWR
TDF
80
70
60
EN55015A
50
6DB
40
30
20
10
0
-10
-20
9 kHz
Trace1:
30 MHz
EDIT PEAK LIST (Final Measurement Results)
EN55015Q
Trace2:
EN55015A
Trace3:
---
TRACE
FREQUENCY
LEVEL dBµV
DELTA LIMIT dB
2
Average
9.272709 kHz
23.09
N gnd
2
Average
64.5467705779 kHz
28.77
L1 gnd
2
Average
126.977840157 kHz
36.54
N gnd
2
Average
133.454986145 kHz
42.75
N gnd
2
Average
136.137431366 kHz
39.51
N gnd
2
Average
198.193645035 kHz
45.85
N gnd
-7.82
2
Average
264.49018761 kHz
40.32
N gnd
-10.96
2
Average
329.215131266 kHz
38.16
N gnd
-11.30
2
Average
397.727746704 kHz
37.62
N gnd
-10.27
2
Average
461.749566613 kHz
36.08
N gnd
-10.57
Figure 61 – Conducted EMI, 30 V LED Load, 115 VAC, 60 Hz, and EN55015 B Limits.
Power Integrations, Inc.
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第38页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
15 输入浪涌
The unit was subjected to ±2500 V 100 kHz ring wave and ±500 V differential surge at
120 VAC using 10 strikes at each condition. A test failure was defined as a nonrecoverable interruption of output requiring supply repair or recycling of input voltage.
Level
(V)
Input
Voltage
(VAC)
Injection
Location
Injection
Phase
(°)
+2500
120
L1, L2
0
-2500
120
L1, L2
0
+2500
120
L1, L2
90
-2500
120
L1, L2
90
Level
(V)
+500
-500
+500
-500
Input
Voltage
(VAC)
120
120
120
120
Injection
Location
L1, L2
L1, L2
L1, L2
L1, L2
Injection
Phase
(°)
0
0
90
90
Type
100kHz Ring
Wave (200 A)
100kHz Ring
Wave (200 A)
100kHz Ring
Wave (200 A)
100kHz Ring
Wave (200 A)
Test Result
(Pass/Fail)
Pass
Pass
Pass
Pass
Type
Test Result
(Pass/Fail)
Surge (2Ω)
Surge (2Ω)
Surge (2Ω)
Surge (2Ω)
Pass
Pass
Pass
Pass
Figure 62 – +500 V (90º Injection Phase) Differential Surge VDS Waveforms.
C1: Input Rectified Voltage (Voltage Across C2)
C2: U1 Drain Voltage Reference to Source.
第39页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
16 40 V / 350 mA输出设计补充信息
16.1 电源规格
The table below represents the minimum acceptable performance of the design. Actual
performance is listed in the results section. Compliance characteristic is same as the
original version.
Description
Input
Voltage
Frequency
Output
Output Voltage
Output Current
Total Output Power
Continuous Output Power
Efficiency
Symbol
Min
Typ
Max
Units
Comment
VIN
fLINE
90
47
120
50/60
132
63
VAC
Hz
2 Wire – no P.E.
VOUT
IOUT
39
40
350
41
V
mA
η
Nominal
Power Factor
14.0
W
87
90
%
0.9
0.98
POUT
A-THD
o
Measured at POUT 25 C at
115 VAC
At 115 VAC
15
Harmonic Currents
At 115 VAC
EN 61000-3-2 Class C
%
At 115 VAC
Class C Limits
Note:
Refer to the schematic section 3 for the component updates for 40 V / 350 mA version.
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第40页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
16.2 电感规格(40 V / 350 mA)
16.2.1 电气原理图
Figure 63 – Inductor Electrical Diagram.
16.2.2 电气规格
Primary Inductance
Resonant Frequency
Pins 1-2 all other windings open, measured at 66 kHz,
0.4 VRMS.
Pins 1-2, all other windings open.
620 μH ±7%
1.8 MHz (Min.)
16.2.3 材料
Item
[1]
[2]
[3]
[4]
Description
Core: RM6S PC40 or equivalent.
Bobbin: B-RM6-V 6pins 3/3.
Magnet Wire, #27 AWG, solderable double coated.
Magnet Wire, #33 AWG, solderable double coated.
第41页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
16.2.4 电感结构图
Figure 64 – Inductor Build Diagram.
16.2.5 电感构造
General Note
WD1
WD2
Finish
For the purpose of these instructions, bobbin is oriented on winder such that pin 1 side
is on the right.
Start at pin 2. Wind 60 turns of item [3] as shown in Figure 2. Terminate at pin 1.
Start at pin 5. Wind 22 turns of item [4] and terminate the other end at pin 4.
Grind the core to get the specified inductance. Place the clip to secure both cores.
Cut pins 3 and 6.
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第42页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
16.3 性能数据
All measurements performed at room temperature using an LED load. The following
data were measured using 3 sets of loads to represent the load range of 38 V to 42 V
output voltage.
16.4 调光器兼容性列表
The unit was tested with the following U.S. dimmers at 120 VAC, 60 Hz (supplied from
programmable AC source) input and 40 V LED load.
List of Dimmers
Type
LUTRON LG600PH-LA
L
Remarks
Power
Part Number
IMIN
(mA)
IMAX
(mA)
Dim
Ratio
Lutron 600-Watt Slide Dimmer LG-600PH-LA
600W
LG-600PH-WH
26
283
11
600W
S-603P-WH
23
291
13
600W
SLV600P-WH
35
288
8
600W
S-600-WH
28
305
11
12
Lutron Skylark Incandescent 600W 3-Way
Preset Dimmer with On/Off
Lutron SLV-600P-WH 600-Watt Skylark
Magnetic Low-Voltage Single-Pole Dimmer
Slide-to-Off Single Pole Skylark Dimmer
Switch (RFI suppression)
LUTRON S603P
L
LUTRON SLV600P
T
LUTRON S600
L
LUTRON S-600PH-WH
L
Lutron Skylark 5-Amp White Gloss Dimmer
600W
S-600PH-WH
25
291
LUTRON DVCL153P
L
Cfl&led Dimmer, Paddle/slide, 120V, 600W
600W
DVWCL-153-PLH-WH
38
291
8
LUTRON DV603P
L
600W Diva Dimmer, 3-Way - Ivory
600W
DV-603P-WH
26
282
11
LUTRON DV600P
L
Lutron Diva DV-600P-WH Incand 600 Watt
Single Pole Light Dimmer in White
600W
DV-600P-WH
26
282
11
LUTRON TG600PH-IV
L
Ivry Toggle Dimmer 1p Preset
600W
TG-600PH-WH
25
288
12
600W
AY-600P-WH
23
284
12
600W
GL-600P-WH
26
290
11
600W
R62-06633-1LW
26
308
12
600W
R62-06631-1LW
21
297
14
600W
R60-IPI06-1LM
62
307
5
LUTRON AY600P
T
LUTRON GL600P-WH
L
LEVITON 6633PLI
L
LEVITON 6631-LI
L
LEVITON IPI06
L
Lutron Ariadni AY-600P-WH Incand Preset
600 Watt Single Pole Light Dimmer in White
Glyder Incandescent Single Pole 600 Watts
Preset Dimmer, White
SureSlide 600W Incandescent Dimmer
SureSlide 600W Incandescent Slide Dimmer,
Single-Pol
IllumaTech Incandescent Preset
Slide Dimmer
LEVITON RP106
L
IllumaTech Rotary Controls 120V AC 60Hz
600W
R52-RPI06-1LW
28
307
11
LEVITON 6681
L
A Push On and Push Off Dimmer
600W
R60-06681-0IW
25
298
12
LEVITON 6684
L
Leviton 600-Watt 3-Way Lighted White/Ivory
Push Dimmer
600W
R60-06684-1IW
26
307
12
600W
6683
40
308
8
L
SURESLIDE" MAGNETIC LOW
VOLTAGE DIMMER *600VA, 120V AC, 60Hz
450W
R02-06613-PLW
26
307
12
SLC03P-W-K-L
39
295
8
LUTRON GL600-WH
L
Lutron 15-Amp White Slide Dimmer
600W
GL-600-WH
2
303
152
LUTRON DVPDC-203P-WH
L
Diva, Screw Base Compact
Fluorescent Dimming with
Philips® DIMMABLE Energy Saver CFL,
Single Pole/3-Way, 200W, White
200W
DVPDC-203P-WH
98
304
3
LUTRON LX600PL
L
Lyneo Lx Single Pole Dimmer 600W
500W
LX-600PL-wh
52
301
6
LUTRON D600P
L
Single Pole - Incandescent - Push On/Off 600 Watt - White
600W
D-600P-WH
29
288
10
38
292
8
25
291
12
LEVITON 6683
LEVITON 6613
COOPER SLC03
LUTRON CTCL-153PDH
600W
LUTRON S-600P
600W
S-600P
TGLV-600P
28
292
10
450W
TGLV-600PR
31
287
9
300W
TT-300NLH-WH
31
306
10
300W
TT-300H-WH
25
306
12
LUTRON TGLV-600P
LUTRON TGLV-600PR
LUTRON TT-300NLH-WH
L
LUTRON TT-300H-WH
L
第43页(共52页)
Lutron Diva Satin 5-Amp Desert Stone
Preset Dimmer
Lutron Credenza 300-Watt White
Lamp Dimmer
Power Integrations
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
Lutron
S-600P
24
288
12
Lutron
S-600P
26
303
12
Cooper
S106P
288
297
1
Lutron
S-103P-WH
57
290
5
Lutron
S1-10P-WH
42
295
7
Lutron
S-600PNLH-WH
25
293
12
Lutron
S-603PNL-WH
28
292
10
Lutron
SLV-603P-WH
26
285
11
Lutron
S-603PGH-WH
27
198
7
Power Integrations, Inc.
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第44页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
16.4.1 效率
93.0
38 V
40 V
92.5
42 V
Efficiency (%)
92.0
91.5
91.0
90.5
90.0
89.5
89.0
85
90
95
100
105
110
115
120
125
130
Input Voltage (VAC)
Figure 65 – Efficiency vs. Line and Load. 40 V / 350 mA.
第45页(共52页)
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135
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
16.4.2 输入电压调整率和负载调整率
370
38 V
40 V
42 V
Output Current (mA)
360
350
340
330
320
310
85
90
95
100
105
110
115
120
125
130
135
Input Voltage (VAC)
Figure 66 – Regulation vs. Line and Load.
Power Integrations, Inc.
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第46页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
16.4.3 功率因数
0.991
38 V
40 V
42 V
0.990
0.989
Power Factor
0.988
0.987
0.986
0.985
0.984
0.983
0.982
85
90
95
100
105
110
115
120
125
130
Input Voltage (VAC)
Figure 67 – Power Factor vs. Line and Load.
第47页(共52页)
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135
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
16.4.4 A-THD
15
38 V
40 V
42 V
15
14
A-THD (%)
14
13
13
12
12
11
11
10
85
90
95
100
105
110
115
120
125
130
135
Input Voltage (VAC)
Figure 68 – A-THD vs. Line and Load.
Power Integrations, Inc.
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第48页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
16.4.5 40 V谐波
120
Class C Limit
mA Content
Harmonic Current (mA)
100
80
60
40
20
0
3
5
7
9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39
Harmonic Number (n)
Figure 69 – 40 V / 350 mA LED Load Input Current Harmonics at 115 VAC, 60 Hz.
第49页(共52页)
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
16.4.6 传导EMI测试结果
The unit was tested using LED load (~40 V VOUT) with input voltage of 115 VAC, 60 Hz at
room temperature. Refer to section 14.1 for test set-up.
Power Integrations
16.Aug 12 13:01
RBW
MT
9 kHz
500 ms
Att 10 dB AUTO
dBµV
100 kHz
120
EN55015Q
LIMIT CHECK
110
1 MHz
PASS
10 MHz
SGL
1 QP
CLRWR
100
90
2 AV
CLRWR
TDF
80
70
60
EN55015A
50
6DB
40
30
20
10
0
-10
-20
9 kHz
30 MHz
Trace1:
EDIT PEAK LIST (Final Measurement Results)
EN55015Q
Trace2:
EN55015A
Trace3:
---
TRACE
FREQUENCY
LEVEL dBµV
DELTA LIMIT dB
2
Average
9.84316745416 kHz
22.15
L1 gnd
2
Average
63.9076936414 kHz
19.47
N gnd
2
Average
69.2028746009 kHz
19.74
L1 gnd
2
Average
130.825395691 kHz
35.05
N gnd
2
Average
137.49880568 kHz
35.69
N gnd
1
Quasi Peak
159.22802259 kHz
58.24
N gnd
-7.25
2
Average
198.193645035 kHz
40.22
N gnd
-13.46
2
Average
267.135089486 kHz
37.13
N gnd
-14.06
2
Average
332.507282579 kHz
35.99
N gnd
-13.39
2
Average
2.05405734435 MHz
19.34
L1 gnd
-26.65
2
Average
25.4636191981 MHz
20.92
L1 gnd
-29.07
Figure 70 – Conducted EMI, 40 V/350mA LED Load, 115 VAC, 60 Hz, and EN55015 B Limits.
Power Integrations, Inc.
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第50页(共52页)
2012年9月14日
RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
17 版本历史
Date
17-Aug-12
14-Sep-12
Author
CA
JDC
第51页(共52页)
Revision
1.0
2.0
Description and Changes
Initial Release
Added simple modification to
convert to 40 V / 350 mA version
Reviewed
Apps & Mktg
Power Integrations
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RDR-341:使用LNK407EG设计的14.5 W A19 LED驱动器
2012年9月14日
有关最新产品信息,请访问:www.powerint.com
Power Integrations reserves the right to make changes to its products at any time to improve reliability or manufacturability.
Power Integrations does not assume any liability arising from the use of any device or circuit described herein. POWER
INTEGRATIONS MAKES NO WARRANTY HEREIN AND SPECIFICALLY DISCLAIMS ALL WARRANTIES INCLUDING,
WITHOUT LIMITATION, THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR
PURPOSE, AND NON-INFRINGEMENT OF THIRD PARTY RIGHTS.
PATENT INFORMATION
The products and applications illustrated herein (including transformer construction and circuits’ external to the products)
may be covered by one or more U.S. and foreign patents, or potentially by pending U.S. and foreign patent applications
assigned to Power Integrations. A complete list of Power Integrations’ patents may be found at www.powerint.com. Power
Integrations grants its customers a license under certain patent rights as set forth at http://www.powerint.com/ip.htm.
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Integrations, Inc. Other trademarks are property of their respective companies. ©Copyright 2012 Power Integrations, Inc.
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Main: +1-408-414-9200
Customer Service:
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e-mail:
[email protected]
中国(上海)
Rm 1601/1610, Tower 1
Kerry Everbright City
No. 218 Tianmu Road West
Shanghai, P.R.C. 200070
Phone: +86-021-6354-6323
Fax: +86-021-6354-6325
e-mail: [email protected]
印度
#1, 14th Main Road
Vasanthanagar
Bangalore-560052
India
Phone: +91-80-4113-8020
Fax: +91-80-4113-8023
e-mail:
[email protected]
韩国
RM 602, 6FL
Korea City Air Terminal B/D,
159-6
Samsung-Dong, Kangnam-Gu,
Seoul, 135-728 Korea
Phone: +82-2-2016-6610
Fax: +82-2-2016-6630
e-mail: [email protected]
欧洲总部
1st Floor, St. James’s House
East Street, Farnham
Surrey GU9 7TJ
United Kingdom
Phone: +44 (0) 1252-730-141
Fax: +44 (0) 1252-727-689
e-mail:
[email protected]
中国(深圳)
3rd Floor, Block A, Zhongtou
International Business Center, No.
1061, Xiang Mei Road, FuTian District,
ShenZhen, China, 518040
Phone: +86-755-8379-3243
Fax: +86-755-8379-5828
e-mail: [email protected]
意大利
Via Milanese 20, 3rd. Fl.
20099 Sesto San Giovanni
(MI) Italy
Phone: +39-024-550-8701
Fax: +39-028-928-6009
e-mail:
[email protected]
新加坡
51 Newton Road,
#19-01/05 Goldhill Plaza
Singapore, 308900
Phone: +65-6358-2160
Fax: +65-6358-2015
e-mail:
[email protected]
技术支持热线
World Wide +1-408-4149660
Power Integrations, Inc.
电话:+1 408 414 9200 传真:+1 408 414 9201
www.powerint.com
技术支持传真
World Wide +1-408-4149760
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