Power & Analog from ST - Compel

Power & Analog from ST

Compel – ST Seminar

Sven Reinhardt

October 2013

2 Agenda of the seminar

9.00 – 9.30 Registration

9.30 – 10.30 Wireless data transfer: Bluetooth Low energy, Wi-Fi,SPIRIT1 Mikhail CHIGAREV

10.30 – 11.40 Power Discretes: MOSFET, IGBT, Rectifiers, Modules Sven REINHARDT

11.55 – 13.25 Power Supply (AC/DC, DC/DC, PFC, Battery Supply, LDO) Sven REINHARDT

13.25 – 14.00 Lunch

14.00 – 14.50 IPS & PROTECTION Sven REINHARDT

14.50 – 15.20 Design studio Mikhail CHIGAREV

15.20 – 15.50

Операционные усилители и компараторы. Новые стандарты

точности и качества аналоговых измерений. Метрологические

микросхемы для счетчиков электроэнергии. Mikhail CHIGAREV

15.50 -16.15 Coffee break

16.15 – 17.00 MEMS Roman Popov

17.00 – 17.30 Announcement of a new seminar Roman Popov

17.30 – 18.00 Questions and answers

Agenda of the Seminar

High Voltage MOSFET – 2013 focus

18/11/2013

3

Presentation Title

MDmesh TM Product ID Appl. Comp.

MDmesh V for highest efficiency in 650V (lowest

R_dson ww, “when every milliwatt counts”) STxNyM5

PV, High End SMPS, UPS,

High eff. outdoor Lighting

Infineon

CP 600V

C6/E6 650V

MDmesh II for best performance/cost ratio 500/600V

New family members MDmesh II Plus Low Qg

STxNMyN

STxNyM2

PFC in HID Lighting, LED,

Industrial SMPS

Infineon

C6/E6 600V

FDmesh II (MDmesh with ultrafast recovery diode)

New family FDmesh II Plus Low Qg

STxNMyND

STxNyDM2

Bridge topologies in Lighting,

Welding, Motor control, SMPS

Server ZVS configuration

Infineon

CFD 600V

CFD2 650V

SuperMESHTM

“K5“ Very High Voltage technology 800V to 1200V

(lowest R_dson worldwide in this range) STxNyK5

3-phase input PSU, Metering,

Boost Solar converter

Inf.C3

800/900V,

IXYS

“K3“ planar HV technology

ST is ww market leader in standard HV MOSFET STxNyK3 Lighting, SMPS, Motor Control

Toshiba,

Fairchild

Package

Power FLAT 8x8HV & 5x6HV STLxNy PV micro-inverter, Telecom Infineon

• HV MOSFET TAM EMEA: ~ 200M$

• ST no. 1 ww in HV with Standard and Superjunction Technology

• ST‘s marketshare for HV in EMEA > 30%

• WW widest product range

• Addressing highest efficiency requirements

500V

1000V

1500V

800V

600V

200V

Normalized RDS(on) x Area

1 0.8 0.7 0.5 0.30 0.15 0.25

Super-junction

Su

pe

rME

SH

(K S

erie

s)

Planar

Su

pe

rME

SH

3

(K3 S

erie

s)

ST High Voltage Power MOSFETs

Technology Overview

MD

me

sh

II

(NM

…N

)

MD

me

sh

II

Plu

s L

ow

Qg

(M2 S

erie

s)

Su

pe

rME

SH

5

(K5 S

erie

s)

MD

mesh

V

(M5 S

erie

s)

5

ST HV S-J MOSFETs positioning

HARD Switching Topologies

Resonant Topologies (LLC) & Zero Voltage Switching

FDmesh II

(NM..ND)

Fast body diode

Super-Junction

series.

Suitable for

Resonant and

HB & FB, ZVS

topologies

vs IFX CFD

series

Improved

overall

efficiency

SuperMESH 5

(K5)

SuperJunction

series up to

950Vvs Super-

Junction C3

(1050 &1200V

coming soon)

Improved overall

efficiency at

higher blocking

voltage

MDmesh V

(M5)

World wide

Best RDS(on)x

Area best

suited for high

current

application vs

Super-

Junction CP.

Improved high

load efficiency

MDmesh II

(NM..N)

MDmesh II

series vs

Super-

Junction C3.

Improved

trade off

cost/performa

nces

MDmesh II

Plus Low Qg

(M2)

MDmesh II

Replacement

series vs Super-

Junction C6.

Improved low

load efficiency

(LLC)

Trade off

cost/performance

(PFC)

650V 0.029ohm(max)

Introducing

The “cooleST” MOSFET ever seen so far.

MDmesh V: The new Portfolio 6

0

50

100

150

200

250

300

350

400

450

500

MAX247 TO-247 TO-220/D2PAK DPAK

MDmeshV (650V @ 25C`) Competition (650V @ 25C`)

650V comp.

37mΩ

650V comp.

74mΩ

650V comp.

250mΩ

STx18N65M5

220mΩ

STx57N65M5

63mΩ STW88N65M5

29mΩ

STY145N65M5

15mΩ

7

Oct.-2012

MDmesh V RDS(ON) Benchmarking

VDS RDS(on)

(max) P/N Id

Package Application

[V] [Ω] [A]

550 0.080 STx36N55M5 33 TO-220 TO-220FP/D2PAK SMPS Server

0.192 STx18N55M5 16 TO-220/TO-220FP/D2PAK/DPAK HID ,SMPS

650

0.015 STx145N65M5 139 Max247/ISOTOP PV-Inverter, Server, UPS

0.029 STx88N65M5 84 TO-247/TO-247LL PV-Inverter, Server, UPS

0.045 STW69N65M5 58 TO-247/TO-3PF/TO-247-4 PV-Inverter, Server, UPS

0.063 STx57N65M5 42 TO-220/TO-220FP/D2PAK/I2PAK/TO-

247LL/TO-247-4 PV-Inverter, Server SMPS, Telecom

0.078 STx45N65M5 35 TO-220/TO-220FP/D2PAK/TO-247/TO-247LL Server SMPS, Telecom

0.098 STx38N65M5 30 TO-220/TO-220FP/D2PAK/TO-247 Server SMPS, Telecom

0.110 STx34N65M5 28 TO-220/TO-220FP/D2PAK/TO-247 Server SMPS, Telecom

0.148 STx31N65M5 22 TO-220/TO-220FP/D2PAK/I2PAKFP/TO-247 SMPS Server

0.190 STx20N65M5 18 TO-220/TO-220FP/I2PAKFP/TO-247 SMPS Server

0.220 STx18N65M5 15 TO-220/TO-220FP/D2PAK/DPAK u-inverter, SMPS , HID

0.340 STx15N65M5 11 TO-220/TO-220FP/I2PAKFP/DPAK u-inverter, HID, SMPS,

0.480 STx11N65M5 9 TO-220/TO-220FP/I2PAK/DPAK/IPAK u-inverter, HID, SMPS

8 MDmesh V: Product Portfolio

MDmesh V: more than 50 P/Ns in the most popular packages to match specific efiiciency needs

High Voltage Power MOSFET

MDmesh II Plus™ Low Qg series

IPG RtM 2Q 2013

MDmesh II PlusTM Low Qg (M2 series) vs MDmesh II

Qg - Gate charge comparison

10

Higher efficiency with a consolidated and reliable technology based on MDmesh II

Same RDS(on) x area

Same Cycle-Time

Same ruggedness

Improved Qg: -30%

Improved Ciss: -15%

Improved Coss: -50%

Same price positioning than MDmesh II

Faster switching capabilities than MDmesh II

11

M2 targeted market/application is huge

11

SMPS

• Industrial

• Battery Charger / off-line e-charger for HEV

• Home Automation

• Server

• Telecom

• Consumer

Lighting

• LED drivers

• HID

• Dimmers

• High end ballast

Solar

• u-inverter

Automotive

• Car Lighting

• On-board e-charger for HEV

MDmesh II PlusTM Low Qg (M2 series)

12

Hard-Switching

Topologies

Zero Voltage Switching & Resonant

Topologies (LLC)

HV MOSFETs Technology Positioning in Application

MDmesh V

- World wide Best

RDS(on)x Area

- best suited for high

current application

- Main Comp.: IFX CP-

Series

Improved high load

efficiency

MDmesh II

- Original MDmesh II

series

- Main Comp.: IFX

C3-Series

Improved trade off

cost/performances

MDmesh II Plus

Low Qg

- New MDmesh II

Series

- Main Comp.: IFX

C6-Series.

Improved low load

efficiency

13

200W LLC - EVAL6599-200W

• Universal mains input ac voltage from 88V to 265V 50/60 Hz

• Output voltage regulated: xx V

• Maximum output power Pout(max) =

200W

• …PFC working in continuous mode

• …Frequency switching Fs=100kHz

Mains Features

MDmesh II Plus Low Qg: test benchmark

M2 series: a comprehensive product line 16

PowerFLAT 5x6 VHV

PowerFLAT 5x6 HV

TO247-4

…in a wide offer of innovative packages

Best in class RDS(on)

STL13N60M2 • BVDSS = 600 V

• RDS)on) = 420 mW

• PowerFLAT 5x6 HV

M2 series

STP40N60M2 • BVDSS = 600 V

• RDS(on) = 88 mW

• TO-220

STB33N60M2

• BVDSS = 600 V

• RDS(on) = 120 mW

• D2PAK

STP24N60M2 • BVDSS = 600 V

• RDS(on) = 190 mW

• TO-220

STD10N60M2 • BVDSS = 600 V

• RDS(on) = 600 mW

• DPAK

STL24N60M2 • BVDSS = 600 V

• RDS(on) = 210 mW

• PowerFLAT 8x8 HV

PowerFLAT 3.3x3.3 HV

NOW

STF13N60M2 • BVDSS = 600 V

• RDS(on) = 380 mW

• TO-220FP

STD7N60M2 • BVDSS = 600 V

• RDS(on) = 950 mW

• DPAK

PowerFLAT 8x8 HV

Nov’13

MDmesh II PlusTM low Qg – Product Portfolio BVDSS

[V]

Max RDS

[Ω] Max ID [A]

Qg

[nC] Sales Type Main application Packages

Sample/

Data

sheet

Productio

Data sheet

400 0.80 6 5 STD4N40M2 LED TV driving DPAK Jan’13 Q1’14

500

0.53 9 10 STD11N50M2 SMPS, LED driver,

Adapters DPAK Dec.’13 Dec’13


Adapters DPAK Jan’13 Q1’14


Adapters DPAK/TO-220/FP Dec.’13 Dec’13

600

1400 4 STx6N60M2 Battery charger, LED driver IPAK / DPAK / TO-220 / TO-220FP Now/Nov’13

1.200 4.5 5 STx6N60M2 Battery charger, SMPS,

LED driver IPAK / DPAK / TO-220 / TO-220FP Available Now

0.950/

1.05(**) 5 6 STx7N60M2

SMPS, LED driver,

Flyback for Display

IPAK / DPAK / TO-220 / TO-220FP /

PowerFLAT 5x5 Available Now/Oct’13

0.780

/ 0.860(**) 5.5 8 STx9N60M2

SMPS, LED driver,

Adapters

IPAK / DPAK / TO-220 / TO-220FP /

I2PAKFP /PowerFLAT 5x6 HV Available Now/Oct’13

0.600

/0.66(**) 8 10 STx10N60M2

SMPS, LED driver,

Adapters

IPAK / DPAK / D2PAK/ TO-220 / TO-220FP /

I2PAKFP / PowerFLAT 5x6 HV Available Now / Oct’13

0.380

/0.420(**) 11 16 STx13N60M2

SMPS, HID, LED driver,

Adapters, , μ-Inverter

IPAK / DPAK /D2PAK/TO-247 / TO-220 / TO-

220FP/ I2PAKFP/ PowerFLAT 5x6 HV Available Now / Oct’13

0.280/

0.308(**) 13 21 STx18N60M2 SMPS, μ-Inverter, Adapters

TO-220 / FP /TO-247/D2PAK/

PowerFLAT 5x6 HV / PowerFLAT 8x8 HV Available Now/Oct’13

0.190

/ 0.210(**) 18 29 STx24N60M2

SMPS, Telecom, Servers,

HID, LED driver, Solar

TO-220 / FP /D2PAK/ I2PAKFP I2PAK/TO-

247/ PowerFLAT 8x8 HV Available Now

0.150 24 39 STx28N60M2 SMPS, Telecom, Servers,

HID, LED driver, Solar TO-220 / FP /D2PAK/ /TO-247 Oct’13 Nov’13

0.120/

0.135(**) 26 47 STx33N60M2

SMPS, Telecom, Servers,

HID, LED driver, Solar

TO-220 / FP //TO-247 / D2PAK/ PowerFLAT

8x8 HV Oct’13 Nov’13

0.088 34 75 STx40N60M2 SMPS, Telecom, Servers,

LED driver, Solar TO-220 / FP /D2PAK/ I2PAK FP/TO-247 Available Now

0.040 68 130 STW70N60M2 SMPS, Telecom, Servers,

Solar TO-247 Oct’13 Dec’13

(**) Value for PowerFLAT package

BVDSS[V]

Max

RDS [Ω]

Max ID

[A]

Qg


Eng.

Samples/

Data

sheet

Production

/

Data sheet

650

1.3 3.5 5.5 STx6N65M2 SMPS, LED driver,

Adapters

IPAK / DPAK / D2PAK/TO-220 / TO-

220FP Q1’14 Q1’14

1 4.5 6.5 STx7N65M2 SMPS, LED driver,

Adapters IPAK / DPAK / TO-220 / TO-220FP Q1’14 Q1’14

1.1 TBD 6.5 STL8N65M2 SMPS, LED driver,

Adapters PowerFLAT 5x6 HV Q1’14 Q1’14

0.900 5 8 STx9N65M2 SMPS, LED driver,

Adapters IPAK / DPAK / TO-220 / TO-220FP Dec.’13 Dec’13

1 TBD 8 STL9N65M2

STL10N65M2

SMPS, LED driver,

Adapters

PowerFLAT 5x 5 ,

PowerFLAT 5x6 HV Dec.’13 Q1’14

0.680 7 11 STx11N65M2 SMPS, LED driver, Adapters IPAK / DPAK / TO-220 / TO-

220FP,I2PAKFP, TO-220 NL Dec.’13 Q1’14

0.750 TBD 11 STL11N65M2

STL12N65M2 SMPS, LED driver, Adapters

PowerFLAT 5x5

PowerFLAT 5x6 HV Dec.’13 Q1’14

0.430 10 16 STx13N65M2 SMPS, LED driver, Adapters IPAK / DPAK / TO-220FP/I2PAKFP Q1’14 Q1’14

0.475 TBD 16 STL13N65M2 SMPS, LED driver, Adapters PowerFLAT 5x6 HV Q1’14 Q1’14

0.360 12 19 STx16N65M2 SMPS, LED driver, Adapters IPAK / DPAK / TO-2200/FP Q1’14 Q2’14


0.330 14 22 STx18N65M2 SMPS, LED driver, Adapters I2PAK / TO-220/ TO-220FP Q1’14 Q1’14


0.230 16 35 STx24N65M2 SMPS, LED driver, Adapters I2PAK / TO-220FP /TO-220 Q1’14 Q1’14

0.255 TBD 35 STL24N65M2 SMPS, LED driver,

Adapters, Micro inverter PowerFLAT 8x8 HV Q1’14 Q1’14







0.099 30 72 STW40N65M2 Servers, SMPS, Solar TO-247/ I2PAK / TO-220/ TO-220FP Q1’14 Q1’14

0.046 65 135 STW70N65M2 Servers, SMPS, Solar TO-247 Q1’14 Q1’14

MDmesh II PlusTM low Qg – 650V Product Portfolio

BVDSS[V]

Max

RDS [Ω]

Max ID

[A]

Qg


Eng.

Samples/

Data

sheet

Production/

Data sheet

700

1.25 N/A TBD STU7N70M2 Battery charger IPAK / Short IPAK Jan’13 Q1’14

1.35 N/A TBD STL7N70M2

STL8N70M2 Battery charger

PowerFLAT 5x5

PowerFLAT 5x6 HV Jan’13 Q1’14

0.850 N/A TBD STU11N70M2 Battery charger IPAK / Short IPAK Nov’13 Dec’13

0.950 N/A TBD STL11N70M2

STL12N70M2 Battery charger

PowerFLAT 5x5

PowerFLAT 5x6 HV Jan’13 Q1’14

MDmesh II PlusTM low Qg – Product Portfolio

M2: Complete product range based on more than 100 P/Ns to fit specific ctm targets

FDmeshTM II

Fast Diode Power MOSFETs Low RDS(on) x Area for Energy Saving

Fast Recovery Diode series for ZVS phase shift bridge topologies

21

21

Key Features

• Improved diode recovery

performances (low trr & Qrr)

• Same RDS(on)*area and

swtching features than

MDmesh II

• 600/650V BVdss rated

Benefit

• Higher efficiency and

robustness in the application

• Easy to drive

• Especially targeted for ZVS

bridge topology

FDmesh II : the fast recovery diode (low trr) series for phase shift ZVS

HV MOSFET series: FDmesh II

STW55NM60N

STW55NM60ND

FDmesh II vs MDmesh II: Diode reverse recovery comparison

BVDSS

[V]

RDS(ON)

(max) [Ω]

Trr

(typ)

[ns]

Sales Type Main application Packages Eng.

Samples Production

600

0.110 <200 STx34NM60ND SMPS TO-247/TO-220 /FP/D2PAK / Available Now

0.150

0.165** <200 STx28NM60ND SMPS, HID

TO-247/TO-220 /FP/D2PAK /

PowerFLAT 8x8 HV

Available,

Oct.‘13 Nov ‘13

0.175



PowerFLAT 8x8 HV

Available,

Sept. 13

Nov.’13

Dec ‘13

0.290



PowerFLAT 8x8 HV

Available,

Nov. ‘13 Now

0.380


TO-220 /FP

DPAK/

PowerFLAT 8x8 HV

Available

Nov. ‘13 Now

0.600 <180 STx10NM60ND SMPS, HID TO-220 /FP

DPAK Available Production

New Coming FDmesh II Products Short Term Product Plan

22


FDmesh II PlusTM low Qg

BVDSS[V] Max RDS [Ω]

Max

ID

[A]

Qg


Eng.

Samples/

Data

sheet

Production/

Data sheet

600

0.295/

0.320(**) 16 21 STx18/19N60DM2

SMPS, Telecom,

Servers, HID, LED

driver, Solar

TO-220 /D2PAK/ TO-247 / PowerFLAT

8x8 HV

Oct’13/

Nov.’13 Dec’13

0.200/

0.220(**)

16 29 STx24N60DM2

SMPS, Telecom,

Servers, HID, LED

driver, Solar

TO-220 /D2PAK/ TO-247 / PowerFLAT

8x8 HV

Available/

Oct’13 Oct’13

0.160 /

0.176(**) 23 39 STx28N60DM2

SMPS, Telecom,

Servers, HID, LED

driver, Solar

TO-220 /D2PAK/ /TO-247/PowerFLAT

8x8 HV Q1’14 Q2’14

0.130/

0.140(**) 25 47 STx33N60DM2

SMPS, Telecom,

Servers, HID, LED

driver, Solar

TO-220 /TO-247 / D2PAK/ PowerFLAT

8x8 HV Q1’14 Q2’14

0.093 TBD 75 STx40N60DM2

SMPS, Telecom,

Servers, LED driver,

Solar

TO-247/TO-220 /FP/D2PAK Q1’14 Q2’14

0.079 TBD 95 STx48N60DM2 SMPS, Telecom,

Servers, Solar TO-247 Q1’14 Q2’14

0.060 TBD 110 STx56N60DM2 SMPS, Telecom,

Servers, Solar TO-247 Q1’14 Q2’14

0.042 68 130 STW70N60DM2 SMPS, Telecom,

Servers, Solar TO-247 Nov.13 Q1’14

650 0.050 65 145 STW63N65DM2 SMPS, Telecom,

Servers, Solar TO-247 Nov.13 Q1’14


23

24

VDS

[V]

RDS(on)

(max)

[Ω] P/N

Qrr (typ)

[uC] Package Application

500 0.380 STx12NM50ND < 1 DPAK D2PAK TO-220FP SMPS, HID

600

0.650 STx8NM60ND < 1 DPAK TO-220 TO-220FP SMPS, HID


0.299 STx15NM60ND < 1 D2PAK TO-220 TO-247 PV u-inverter, SMPS




0.088 STx43NM60ND < 2 D2PAK TO-220/FP

TO-247 PV inverter, Server

0.060 STW55NM60ND <2 TO-247 PV inverter, Server

650 0.065 STW54NM65ND <2 TO-247 PV inverter, Server

500/600/650V FDmesh II Existing Product Range

25

VDS

[V]

RDS(on)

(max)

[Ω] P/N

Qrr (typ)

[uC] Package Application

500 0.380 STx12NM50ND < 1 DPAK D2PAK TO-220FP SMPS, HID

600







0.088 STx43NM60ND < 2 D2PAK TO-220/FP

TO-247 PV inverter, Server

0.060 STW55NM60ND <2 TO-247 PV inverter, Server

650 0.065 STW54NM65ND <2 TO-247 PV inverter, Server

500-650V FDmesh II: Product Range

26

Hard-Switching Resonant (LLC) ZVS phase shift

MDmeshV - Performance:

- Very High - -

MDmesh II

Plus Low Qg

- Performance:

High

Cost Effective

- Performance:

Very High

Cost Effective

-

FDmesh II - -

- Performance:

Very High

Cost Effective

500V to 700V MOSFET Marketing Strategy ST Suggested Technology by Topology

ST is able today to provide best fitting Technologies for mostly used Topologies

Industry State-of-the-art Product

SuperMESHTM5 Techno Very-high Voltage (800V–1.5kV) MOSFETs

in Super-Junction Technology

SuperMESHTM 5: Target Applications

Lighting

HF (Fluorescent) ballasts, wide input range

HID ballasts, High Powers, Outdoor

LED drivers, Outdoor, Street Lighting

Solar converters

PV u-inverter

Boost for Solar Converter

SMPS

Welding

3-phase input and 3-phase auxiliary PSU

LCD TV, quasi resonant flyback converter

Industrial Drives & Factory Automation

28

Main benefits Higher energy saving

Faster switching speed

Increased safety margin

TO-3PF for higher creepage

SuperMESHTM 5: Very HV SJ Revolution

Key Features

800V-1500V lowest RDS(on) x area

Lowest FOM (RDS(on)*Qg)

Designed for highest efficiency

TO-3PF PowerFLAT 8x8

SuperJunction Structure

29

SuperMESHTM 5 The state-of-the-art

900/950V best in class Power MOSFETs in TO-220

0.299 0.33 0.34

0.85

1.3

1.4

12.0 13.5

32.0

42.5

78.0

63.0

0

0.2

0.4

0.6

0.8

1

1.2

1.4

1.6

STP21N

90K5 S

uperM

ESH

5 9

00V

STP20N

95K5 S

uperM

ESH

5 9

50V

Bes

t Supe

rjunc

tion

Com

petition

900V

STP13N

95K3 S

uperM

ESH

3 950

V

Sta

ndar

d Com

petit

or A

900V

Sta

ndar

d Com

petit

or B

900V

RD

S(o

n) [O

hm

]

0.0

10.0

20.0

30.0

40.0

50.0

60.0

70.0

80.0

90.0

FO

M =

RD

S(o

n)*

Qg

[O

hm

*nC

]

Max RDS(on)

FOM (Figure of merit)

SuperMESHTM 5

30

31

Quasi resonant Flyback converter EVL6566B_65W_QR board

Efficiency @ 115 Vac

84.0

85.0

86.0

87.0

88.0

89.0

90.0

20 30 40 50 60 70 80 90 100 Load level [%]

η [

%]

STW6N95K5Best competitorSTW9NK90Z

Thermal Profiles @ 115Vac

25.0

35.0

45.0

55.0

65.0

75.0

85.0

0 10 20 30 40 50 60 70 80 90 100 Load level [%]

Tem

pe

ratu

res

[°C

]

STW6N95K5Best competitorSTW9NK90Z

SuperMESH 5 STW6N95K5 shows better efficiency and thermal profile vs

• Competition S-J same class RDS(on)

• ST planar MOSFET same class RDS(on) STW9NK90Z

SuperMESH 5 vs Competition test benchmark

SuperMESH 5: Benchmarking

Main Parameters

Max Value T=25°C

Unit

STP21N90K5 STP20N95K5 STW25N95K3 Best Comp

Technology

Family ST

SuperMESH 5

ST

SuperMESH 5

ST

SuperMESH3

BVDSS 900 950 950 900 V

RDS(ON) VDS= 10V, 299 330 360 340 mW

Id 18.5 17.5 22 15 A

Qg Vdd=450/760/760/400/V 43 40 105 94 nC

Ciss VDS=100V 1645 1500 3680 2400 pF

Coss VDS=100V 112 80 246 120 pF

Crss VDS=100V 2 5 2 2 pF

Co(tr) VDS = 0 to 720/760/500/ V 133 170 198 280 pF

Co(er) VDS = 0 to 720/760/500/ V 16 65 278 71 pF

Rg 4 3.5 3 1.3 Ω

Parasitic Capacitances strongly reduced.

32

BVDSS[V] RDS [Ω] Qg


Eng. Samples/

Preliminary

Data sheet

Production/Data

sheet

800

4.5 3 STx2N80K5

SMPS, LED driver,

Standby SMPS,

Metering

DPAK / TO-220 / FP/

PowerFLAT 5x6 VHV, IPAK Available Oct’13

3.5 4 STx3N80K5 SMPS, LED driver,

Flyback for Display

DPAK / IPAK/ TO-220 / FP/

PowerFLAT 5x6 VHV Available/Dec.’13 Oct’13/Dec.’13

2.5 5.5 STx4N80K5

SMPS, LED driver,

Standby SMPS,

Metering

DPAK / TO-220 /PowerFLAT

5x6 VHV, IPAK Available/Oct.’13 Now/Oct.’13

1.6 7.5 STx6N80K5

SMPS, LED driver,

Standby SMPS,

Metering

DPAK / TO-220 / TO-

220FP/D2PAK/I2PAK/I2PAKFP Oct.’13 Nov.’13

1.2 10 STx7N80K5

SMPS, LED driver,

Standby SMPS,

Metering

TO-220 / TO-220FP/DPAK,

I2PAKFP /IPAK / PowerFLAT

5x6 VHV

Available/

Oct.’13

Production /

Oct.’13

0.95 13 STx8N80K5

SMPS, LED driver,

Standby SMPS,

Metering

TO-220 / TO-

220FP/I2PAKFP/DPAK/IPAK/P

owerFLAT 5x6 HV

Available Production

0.45 27 STx13N80K5 SMPS. Adapters,

Lighting

TO-220 / TO-220FP / TO-

247/D2PAK/I2PAKFP Available Production

0.375 30 STx15N80K5 SMPS. Adapters,

Lighting, Led , Welding TO-220 / TO-220FP / TO-247 Available Production

0.26 37 STx25N80K5 SMPS, HID, LED driver TO-220 / TO-220FP / TO-

247/D2PAK Available Production

850 0.275 35 STW23N85K5 SMPS,Welding TO-247 Available Production

Very HV SuperMESH 5 Product Plan

33

33

BVDSS[V] RDS [Ω] Qg


Eng. Samples/

Preliminary

Data sheet

Production/

Data sheet

900 0.299 43 STx21N90K5 SMPS, HID, LED

driver TO-220 / FP /D2PAK/TO-247 Available Yes

950

5 3 STx2N95K5 SMPS, LED driver ,

Metering TO-220 / FP / DPAK / IPAK Available Yes

2.5 6 STx5N95K5 SMPS, LED driver ,

Metering TO-220 / FP / DPAK Available Yes

1.250 13 STx6N95K5 SMPS, LED driver TO-220 / FP / DPAK / IPAK / TO-

247 Available Yes

0.8 20 STx10N95K5 SMPS, HID TO-220 / TO-220FP/ TO-

247/D2PAK Available Sept.‘13

0.5 30 STx15N95K5 SMPS, HID TO-220 / TO-220FP/ TO-247 Available Oct‘13

0.33 40 STx20N95K5 SMPS, HID TO-220 / TO-220FP/ TO-

247/D2PAK Available Yes

Very HV SuperMESH 5 Product Plan 34

BVDSS[V] RDS [Ω] Qg [nC] Sales Type Main application Packages

Eng.

Samples/

Preliminary

Data sheet

Production/

Data sheet

1050

8 3 STx2N105K5 Telecom, Welding DPAK;IPAK;TO-220;TO-3PF Dec ’13 Q 1‘14

3.5 10 STx5N105K5 SMPS, LED driver ,

Metering TO-247 / TO-220 / FP / IPAK Dec ‘13 Q 1‘14

2 13 STx7N105K5 SMPS, LED driver TO-247/ TO-220 / FP / IPAK Dec ’13 Q1‘14

1.3 17 STx10N105K5 SMPS, HID TO-220 / TO-220FP/ TO-247 Dec ’13 Q1‘14

1200 0.690 49 STx12N120K5 3 Φ SMPS,Welding,Solar

inv.

TO-220 / TO-3PF / TO-

247/H2PAK Oct’13 Q1‘14

1500 1.9 - STx12N150K5 3 Φ SMPS TO-220 / TO-3PF / TO-247 Dec ‘13 Q 2’14

0.9 - STx21N150K5 3 Φ SMPS TO-247 Dec ‘13 Q 2’14

Very HV SuperMESH 5 Product Plan 35

Main Benefits

Very HV MOSFETs for 3-ph aux. SMPS

Specifically targeted for 3-Ф aux. SMPS

Industrial drives/Factory automation

Photovoltaic

welding

1500V & 1700V BVDSS for more margins

Wide choice of packages

fully isolated TO-3PF

SMD package H2PAK

VDS

[V] P/N

RDS(on

)

(max)

[Ω]

Packages Status

1500

STx12N120K5 1.9 TO-247/ TO-3PF/

TO-220/H2PACK

Sep’13

Prod by Q1’14

STW9N150 2.5 TO-247 Prod

STx4N150 7 TO-247/ TO-3PF/

TO-220 Prod

STx3N150 9 TO-247/ TO-3PF/

TO-220/H2PAK Prod

1700 STx3N170* 12 TO-247/ TO-3PF/

TO-220

Samples

Prod by Q1’14

TO-3PF

fully isolated and

high creepage

36

H2PAK

Drain only on the tab

for higher creepage

Packages

New Specific Packages for HV MOSFETs

THE SMART PACKAGE SOLUTIONS TO SPACE SAVING

NEW MOSFET PACKAGE ROADMAP 38

PowerFLATTM

3.3x3.3 HV

PowerFLATTM 5x6 HV

PowerFLATTM 8x8 HV

TO247-4 HV: roadmap Front view

Lateral view

41

BVDSS

[V]

RDSon

[mΩ]

ID

[A] P/N

Main

application Eng.

Samples Production

650

45 58 STW69N65M5-4 PV-Inverter,

Server, UPS Dec‘12 May ’13

63 42 STW57N65M5-4 PV-Inverter,

Server, UPS Feb’12 May ’13

42

Kelvin Source PIN: TO-247-4 vs TO-247

Features

• Kelvin Source PIN to separate power path

from driving signal

• Increased creepage between PINs

Benefits

• Lower losses at turn-off / higher efficiency

• Lower working temperature

• Higher insulation standards

42

44

TO247-4 vs TO-247 in 2kW PFC

TO247-4 Features

• Kelvin Source PIN to separate

power path from driving signal

• Increased creepage between PINs

TO247-4 Benefits

• higher efficiency

• Lower working temperature

• Higher insulation standards

44

Low Voltage MOSFET – 2013 focus

12/03/2012

45

Presentation Title

Deep Gate Product ID Appl. Comp.

STripFET DeepGATE “H6“: 12V to 30V STxNxH6 DC-DC for Telecom ,PSU Vishay

STripFET DeepGATE “H7”: 12V to 30V (Q4 2013)

Strong reduction on Rdson and Qgate STxNxH7 DC-DC for Telecom ,PSU Vishay

STripFET VI DeepGATE “F6”: 40V to 80V

High avalanche ruggedness, Rdson reduction STxNxF6

Automotive, Industrial

(Sync Rectification) IR, Infineon

STripFET VII DeepGATE “F7”: 55V to 200V

(80V and 100V from Q1 2013 onwards) STxNxF7

Telecom, Motor control,

synchronous rectification,

Automotive

IR, Infineon,

NXP,

Fairchild

P-Channel DeepGATE F6 (starting 30V Q4 2013) STxxPxxF6 Industrial, Automotive Vishay

Package

Power Flat STLxNy IFX Fairchild

H2PAK STHxNy IR

• LV MOSFET TAM EMEA: : ~ 400M$

• ST provides best technologies for minimal switching and conduction losses

• ST planar process: the best capacitances to minimize the driving losses

• ST’s DeepGATE process: the right match for minimal conduction losses

• ST offers very large package portfolio

Motivation

LV Power MOSFETs of ST Focus on new Technologies and Products

80 ÷

120V

F7 Series

47

Energy saving

Extremely low On Resistance boost efficiency of final design

Robustness and reliability

Increased maximum junction temperature TJ(max) up to 175 ˚C in PowerFLAT 5x6 ensures longer lifetime

Power density

Low conduction losses and efficient intrinsic body diode allow packages miniaturization

80 ÷

120V

F7 Series

STripFETTM VII DeepGATETM F7 Series 80V – 100V – 120V Voltage Range

+ F7 has been designed to provide best EMI performances

Target Applications

Industrial

• Fork Lifts

• Elevators

• Low-Voltage Industrial Drives

• PV µ-inverters

SMPS

• Telecom DC/DC

• Servers

Motor Control

• Fan

• Small Appliances

• Power Tools

Automotive

• HEV

• Suspensions

• Stabilization systems

Applications with a big market in EMEA !!

100V

MOSFETs

48

STripFET VII DeepGATE “F7” series 80÷120V LL Vth

ST Technology Overview

49

2014 2013

Eng. samples Production

Q4

STripFET VII DeepGATE “F7” series 40÷60V

STripFET VII DeepGATE “F7” series 80÷120V Std Vth

2012

Q2 Q4

Q3 Q1

What

is NEW

Trench Technologies

Q3 AG qualification

Std Vth (optimized for 10-15V driving) LL=Logic Level (optimized for 5V driving)

Comp. B

50

Comp. A

+33%

+10%

STripFET VII DeepGATE vs competition

Key Features

80 ÷

120V

F7 Series

• Industry’s lowest RDS(on)

• High avalanche capability

• Optimized body diode

• High junction temperature (175 C)

Benefit

• Low conduction losses

• Small form factor of final system

• No EMI issue

• Robust design

51

FoM @10V [mW*nC] RDSon [mW]

-10% -10%

Qrr [nC]

-20%

Key Advantages of F7

- 10% Lower RDS(ON)

- 10% lower FoM (=Qg* RDS(ON))

- 20% lower Qrr

Competition Competition

Competition

Device: STH310N10F7-2

STripFETTM VII DeepGATETM F7 Series Benchmarking vs Best Competition

+ proven best EMI performances

52 52

STripFETTM VII DeepGATETM F7 Series Turn-on and Turn-off Behavior

Lower Eoff dissipation vs IFX

OptiMOS III

Slightly higher Eon dissipation

vs IFX OptiMOS III

STripFETTM VII DeepGATETM F7 Series Benchmarking vs Competition (2/2)

53

Application Case - LLC Converter

- Synchronous

Rectification

STx310N10F7 shows highest efficiency

Especially at medium- and high-loads

Pd avg [W]

Pd max [W]

ηmax

[%] max_load [%]

fsw

[kHz]

ST F7 4.64 34.4 87.16 85.99 89.63

Best Competition 4.47 40.9 86.97 85.81 89.55

- ST F7 - Competition - ST F7 - Competition

A comprehensive product line 54

H2PAK

TO-220

PowerFLAT 5x6

TO-220FP

…in a wide offer of packages

Best in class RDS

STH270N8F7-2 • BVDSS = 80 V

• RDS = 1.7 mW

• H2PAK

Nov ‘13

80 ÷

120V

F7 Series

STP310N10F7 • BVDSS = 100 V

• RDS = 2.3 mW

• TO-220

STP240N10F7 • BVDSS = 100 V

• RDS = 2.5 mW

• TO-220

STL110N10F7 • BVDSS = 100 V

• RDS = 5 mW

• PowerFLAT 5x6 STL100N10F7 • BVDSS = 100 V

• RDS = 6.2 mW

• PowerFLAT 5x6

STF80N10F7 • BVDSS = 100 V

• RDS = 8.5 mW

• TO-220FP

Dec ‘13

STH200N12F7-2 • BVDSS = 120 V

• RDS = 3.2 mW

• H2PAK

PowerFLAT 3.3x3.3

55

STripFETTM VII DeepGATETM F7 Series Promotion Materials and Tools

• RtM Presentation

• Application Compendium

• Containing several bench tests

performed in different applications

and test conditions

• LLC DC/DC Converter SR

• LLC adapter

• Flyback adapter

• PV u-inverter boost section

• 3-ph BLDC inverter Motor Control

• Brushed DC Motor Control

• EMI evaluation (only upon-request)

56

[mW]

STripFETTM VII DeepGATETM F7 Series Portfolio Positioning

- #8 devices in Production today

- #10 devices close to final qualification

Comp. A Comp. B Comp. C Comp. D In Production

In Qualification F7

Product plan 57

Part number BVDSS

[V]

RDS [mW]

max

TH SMD

Qg

[nC]

Package

TH SMD

Samples

Prel. DS

Prod.

DS

STripFET VII DeepGATE (80V “F7” series)

STx270N8F7

80

2.5 2.1 193 TO-220

H2PAK-2L/6L √ √

STx170N8F7 4.1 3.6 120 TO-220

H2PAK-2L Nov ’13 Dec’13

STx140N8F7 4.3 4 110 TO-220

H2PAK-2L √ √

STL130N8F7 3.6 110 PowerFLAT 5x6 √ √

STxyN8F7 6.9 6.5 TBD TO-220

H2PAK-2L PowerFLAT 5x6

Q1 ‘14 Q2 ‘14

STxyN8F7 7.5 7.1 TBD TO-220

H2PAK-2L PowerFLAT 5x6

Product plan 58

Part number BVDSS

[V]

RDS [mW] max

TH SMD

Qg

[nC]

Package

THD SMD

Samples

Prel. DS

Prod.

DS

STripFET VII DeepGATE (100V “F7” series) 1/2

STx310N10F7

100

2.7 2.3 180 TO-220 H2PAK-2L/6L √ √ √

STx240N10F7 3.2 3 150 TO-220 H2PAK-2L/6L Oct’1

3 Oct’1

3 Nov’13

STx150N10F7 4.5 4.2 92 TO-220 H2PAK-2L/6L √ √ Oct’13

STx110N10F7 7 6.7 72 TO-220/FP H2PAK-2L √ √ √

STL110N10F7 6 72 PowerFLAT 5x6 √ √

STL100N10F7 7.3 61 PowerFLAT 5x6 √ √

STx100N10F7 8 8 61 TO-220/FP DPAK √ √ √

59

Part number BVDSS

[V]

RDS [mW]

max

TH SMD

Qg

[nC]

Package

THD SMD

Samples

Prel. DS

THD SMD

Prod.

DS

STripFET VII DeepGATE (100V “F7” series) 2/2

STL90N10F7

STx80N10F7

100

10 10 45 TO220 PowerFLAT 5x6

H2PAK/DPAK √ √ √

STx45N10F7

STL60N10F7

STL8N10F7

18 20 25 TO220/FP

DPAK

PowerFLAT 5x6

PowerFLAT 3.3x3.3

√ √ √

STx30N10F7

STL40N10F7 24 24 19.5 TO-220/FP

DPAK PowerFLAT 5x6 √ √ √

STL7N10F7

STL30N10F7

STx25N10F7

35 35 14 TO220FP PowerFLAT 3.3x3.3

PowerFLAT 5x6 DPAK

√ √ Oct’13

STL3N10F7

STL4N10F7

STL20DN10F7

80 8

PowerFLAT 2x2

PowerFLAT 3.3X3.3

PowerFLAT 5x6 d.i.

√ Oct’13

Product plan

60

Part number BVDSS

[V]

RDS [mW]

max

4.5V

TH SMD

Qg

[nC] Package

Samples

Prel. DS

Prod.

DS

STripFET VII DeepGATE (“F7” series - Logic Level)

STLyN8LLF7

80

6 TBD PowerFLAT 5x6

Q1 ‘14 Q3 ‘14 STx140N8LLF7 7 6.7 TBD TO-220 / H2PAK-2L

STxyN8LLF7 8.5 TBD PowerFLAT 5x6

H2PAK / DPAK

STx100N10LLF7

100

10.5 10 TBD T0-220 / PowerFLAT 5x6

H2PAK / DPAK Q1 ‘14 Q3 ‘14

STx80N10LLF7 13 13 TBD TO-220 / PowerFLAT 5x6

DPAK

STxyN10LLF7 100 100 TBD TO-220 / PowerFLAT 3.3x3.3

PowerFLAT 2x2 Q1 ‘14 Q3 ‘14

STLyN12LLF7

120

9.7 TBD PowerFLAT 5x6

Q3 ‘14 Q4 ‘14 STxyN12LLF7 11 10.6 TBD TO-220 / H2PAK-2L

STxyN12LLF7 15.5 15 TBD T0-220 -/PowerFLAT 5x6

H2PAK / DPAK

Product plan

Product plan 61

Part number BVDSS

[V]

RDS [mW] max

TH SMD Qg [nC] Package

Samples

Prel. DS

Prod.

DS

STripFET VII DeepGATE (120V “F7” series)

STx200N12F7

120

4.1 3.8 TBD TO-220 H2PAK-2L Dec ’13 Q1’14

STxxN12F7 8.5 8.2 TBD TO-220 H2PAK-2L Q1 ‘14 Q2 ‘14

STL100N12F7 7.5 TBD PowerFLAT 5x6 Q1 ‘14 Q2 ‘14

STxyN12F7* 12.5 12.1 TBD TO-220 H2PAK-2L Q1 ‘14 Q2 ‘14

STLyN12F7* 11.5 TBD PowerFLAT

5x6 Q1 ‘14 Q2 ‘14

H2PAK family

62

Rdson reduction:

22%

Key features

• Packages suitable to drive very High Currents (>120

Amps)

• Customer wide options choice

• H2PAK will improve RDSon Vs standard one

Applications

• Motor Control

• SMPS: Synchronous Rectification, OR-ing

G

All Pins uncut

STHxxxNyzz-7

S G

Pin 4 cut

STHxxxNyzz-6

S G

Pin 2 cut

STHxxxNyzz-62

G

S S

D

Full compatible with D2PAK

STHxxxNyzz-2

H2PAK With Ribbon H2PAK With Wires

Assembly

• Ribbon Bonding will give a competitive advantage

H2PAK-6 H2PAK-7 H2PAK-62 H2PAK-2

Key features Assembly

Applications

H2PAK, pin configurations

High current solutions

63

120 A 160 A 180 A 220 A

RDson TYP @ 25°C 2.1 mΩ 1.6 mΩ 1.4 mΩ 1.25 mΩ

RDson MAX @25°C 2.6 mΩ 2.0 mΩ 1.7 mΩ 1.5 mΩ

IDcont @ 100°C 120 A 160 A 180 A 220 A

Continuous

Drain Current

D2PAK H2PAK PowerSO-10

Wire Bonding Ribbon Bonding

TO220

p-Channel STripFET VI in DeepGATE…

65

2012

STripFET VI DeepGATE “H6/F6” series Std Vth

STripFET VI DeepGATE “H6/F6” series LL Vth

STripFET VII DeepGATE “H7” series LL, SLL, ULL Vth

2014 2013

Q3

Q4 Q2

Q4 Q1

LEGEND:

Eng. samples Maturity

P-Channel STripFET DeepGATE roadmap

65

Product plan 66

Part number BVDSS

[V]

RDS [mW] max

10V 4.5V

Qg [nC]

@10V Package

Samples

Prel. DS

Production

Final DS

STripFET VII DeepGATE (“H7” series)

STxyP10F6 -100

120 27 PowerFLAT 5x6 - SOT-223 Q2 ‘14 Q3 ‘14

STL13DP10F6 180 17 PowerFLAT 5x6 D.I. √ Dec ’13

STL42P6LLF6

-60

28 45 60 PowerFLAT 5x6

Q1 ’14 Q2 ’14 STD35P6LLF6 DPAK

STL12P6F6

160 6.4

PowerFLAT 5x6

√ √ STx10P6F6 DPAK – TO-220 /FP

STx3P6F6 SO-8 – SOT-223

STL60P4LLF6

-40

17 22 26

PowerFLAT 5X6


STS10P4LLF6 SO-8

STL42P4LLF6

22 23.5 22

PowerFLAT 5x6


STL8P4LLF6 PowerFLAT 3.3x3.3

STS7P4LLF6 SO-8

Product plan 67

Part number BVDSS

[V]

RDS [mW] max

10V 4.5V

Qg [nC]

@4.5V Package

Samples

Prel. DS

Production

Final DS


STL62P3LLH6

-30

14 22 25

PowerFLAT 5x6

Nov ’13 Q1 ’14 STD52P3LLH6 DPAK

STS10P3LLH6 SO-8

STL45P3LLH6

18 30 20

PowerFLAT 5x6

Dec ’13 Q2 ‘14 STD40P3LLH6 DPAK

STx9P3LLH6 SO-8 & PowerFLAT

3.3x3.3

STL30P3LLH6

30 50 12

PowerFLAT 5x6

√

Oct ’13

STD26P3LLH6 DPAK √

STSx6P3LLH6 SO-8 & PowerFLAT

3.3x3.3 Oct ’13

STS8C6H3LL* Complementary dual

SO-8

STS5P3LLH6

60 90 8

SO-8

Oct ’13 Dec ‘13 STx4P3LLH6 SOT23-6L & PowerFLAT

3.3x3.3

STR2P3LLH6 SOT23-3L

Product plan 68

Part number BVDSS

[V]

RDS [mW] max

2.5V

1.8V

Qg

[nC]

@4.5

V

Package Samples

Prel. DS

Productio

n

Final DS


STL9P2UH7

-20

25 50 28

PowerFLAT 3.3x3.3 Oct ’13 Q1 ‘14

STS9P2UH7 SO-8 √ Q1 ’14

STL8P2UH7 PowerFLAT 2x2 Oct ’13 Q1 ’14

STT7P2UH7 SOT23-6L Oct ’13 Q1 ’14

STS7P2UH7

39 60 29

SO-8 Nov ’13 Q1 ’14

STT6P2UH7 SOT23-6L Nov ’13 Q1 ’14

STL6P2UH7 PowerFLAT 2x2 Nov ’13 Q1 ’14

STL4P2UH7

135 200 5.5

PowerFLAT 2x2 Nov ’13 Q1 ’14

STT3P2UH7 SOT23-6L Oct ’13 Q1 ’14

STR1P2UH7 SOT23-2L Nov ‘13 Q1 ‘14

69

“PF

”

“H7”

Parameters STripFET

“PF” series

STripFET VII

DeepGATE

“H7” series

RDS(on)*Adie @4.5V

[mW x mm2] 1 D = - 50%

RDS(on)*Adie @2.5V

[mW x mm2] 1 D = - 50%

FoM= RDS(on)*Qg

@4.5V

[mW x nC]

1 D = - 20%

69

P-Channel STripFET DeepGATE

IGBT & Modules – 2013 focus

18/11/2013

70

Presentation Title

IPM – SLLIMMTM / SLLIMM-nano Product ID Appl. Comp.

Intelligent Power Modules for 3 phase Motor

From 80W up to 3kW

STGIPS-, STGIPL-,

STGIPN

3-phase BLDC

Inverter

Infineon, Fairchild,

IR, Mitsubishi

Power Modules (tbd / 2014)

Six-Pack 1200V, 40A with integrated shunt

resistor STA3G40K120xy

Drives, eVehicle, Welding,

PV,

IFX, Mitsubishi,

Semikron,

NC series

Excellent cost/performance ratio for Motor

Control up to 5kW STGxNCy Motor Control

IR, Fairchild,

Infineon

Trench Field-Stop (TFS)

TFS: High Frequency, parallelable

1200V, 15A – 40A expected Q1 2014

STGW60H65F

STGW25H120F/DF

Welding, PV, UPS, Motor

Control, Induction Cooking

Infineon, Fairchild,

IR

• Discrete IGBT & IPM TAM EMEA: ~ 350 M$ Discrete & ~200 M$ IPM Modules) • Power Modules (SIXPACKs) from Q4 2013 NEW in ST catalogue • IGBTs have biggest TAM of all Analog and Power products • Several new device in Trench Gate Field Stop technology released in Q1/Q2 2013 • Efficient BLDC solutions require more and more IGBTs

Motivation

IGBTs Trench Gate Field Stop: Technology Milestones and Features

n-

n

p- (base)

p++ n+

collector

emitter gate

p+

n-

n

p- (base)

p++ n+

collector

emitter gate

p+

80µm 70µm

H V

collector

emitter gate

n-

n+

p-

p++ n+

p+

substrate

Planar PT

280µm

71

n-

n

p- (base)

p++ n+

collector

emitter gate

p+

H-B

New 600/650V IGBT TFS Positioning

H

Main Competitors: Renesas D2, D3,

IFX ”T” series

HB

Medium Frequency Converter, Soft Switching

Main Competitor:

IFX “T” series

FCS UPD series

V

High Frequency Converter

Soft Switching

Main Competitor:

IFX: H3, H5,

FSC: SMD

Up to 25kHz

600V,

Up to 35kHz

650V

> 35kHz

600V

Low Frequency Converter,

Switching frequency (kHz)

Bus

Voltage

(V)

Lamp

Ballast

SMPS

Welding

10 30 150 Ultra High Medium Low High <―――> Very High

MOSFET 300

1200

IGBT

Induction

Heating

Drives

UPS

PFC

Drives

Induction

Heating

600 “V” & 650V “H-B” series IGBT

Positioning 73

New IGBT “H-B” (650V) and “V” (600V) series: to bridge the gap between IGBTs

and MOSFETs in high-frequency applications both hard & soft switching

“H” seriies (600V) for low frequency converter

“V”

series Induction

Heating

Welding

inverter

“H-B”

series

“H”

series

Solar inverters

V & H-B series : focus applications 74

Welding

Induction heating

UPS

PFC converters

SMPS

The best

actuator for

high switching

frequency

converters

Motor Control

H-series the ideal solution for

inverterized Motor Control: 75

11/18/2013

STGx3HF60HDT4

STGx10H60DF (STGx19NC60KD)

STGx15H60DF

STGx20H60DF

STxP30H60DF

TO-247 TO-220

D2PAK

TO-220FP

DPAK

Positive coefficient

Improved Vcesat

Tj 175ºC

STGx10NC60KD

UL certification for

TO-220FP (E81734)

STGx14NC60KD

STGx6NC60HD

In black “Planar” Technology

H

T

New 600/650V IGBT TFS Positioning Vs Main Competitors

V

H

B

M

Vcesat

ST Series (Tjmax: 175ºC)

IFX H3, T series

FSC SMD

Dyn

am

ic loss

H3 SMD

Positioning vs Competition

1st time that we are aligned or even

better than competition with IGBTs

IGBT overall losses Test condition 1 using STGW40V60DLF

77

Max Ioff = 55 A

Fsw = 50 kHz

Cres = 680 nF

Csnub = 10 nF

Lres < 100 µH

Tamb = 25 ˚C

Test Condition 1

~14% higher

total losses

~18% higher

total losses

~11% higher

case temp (TC)

~17% higher

case temp (TC)

18,1 17,2 15,3

18,5 24,8 28

0

5

10

15

20

25

30

35

40

45

50

STGW40V60DLF Competitor 1 Competitor 2

PTOT (W) Pcond (W)

Poff (W)

100

110

120

130

140

Temp (˚C)

Overall Losses and case temperature (TC) are

measured on the hottest IGBT (the High side)

113˚C

125˚C

132˚C

Inverter Stage

Lres

Cres

Cres

Csnub

Csnub

Vin

STGW60H65DF 650V IGBT trench gate field stop

IGBT

Symbol Caracteristic Typical Value

Unit 25°C 150°C

BVCES Collector to Emitter breakdown voltage 650 V

VCESAT VGE= 15V, IC=60A 1.9 2.1 V

EOFF VCC= 400V, VGE= 15V÷0, RG= 10Ω, IC= 60A 1.05 1.4 mJ

Topology: Full Bridge

Main Specs: Pout=5kW, fsw=16kHz, DMax=90%, ÎOut30A,

TJ=150ºC

Device (Trench FS)

IC (nom)

PCon (W)

PSw (W)

PTot (W) (*)

STGW60H65DF 60A @ 100°C 13.11 4.21 17.3

Competitor 1 50A @ 100°C 13.51 3.67 17.2

Competitor 2 58A @ 100°C 14.70 3.06 17.8

Competitor 3 60A @ 100°C 13.91 4.08 18.0

Simulated benchmark based on datasheet values

(*) switching-on power losses have been neglected for all the devices under benchmark,

since they basically depend of co-packaged diode

Application

Solar

PFC

600V IGBT “V” series

Product line

79

P/N Package BVCES

(V)

ICN1)

(A)

Vce(sat)2) (V)

Eoff3)

(uJ)

Eon

(uJ)

Diode

Option Production

STGB20V60DF D2PAK 600 20 1.8 130 200 Very Fast Q32013

STGB20V60F D2PAK 600 20 1.8 130 200 - Q32013

STGP20V60DF TO-220 600 20 1.8 130 200 Very Fast available

STGP20V60F TO-220 600 20 1.8 130 200 - available

STGF20V60DF TO-220FP 600 20 1.8 130 200 Very Fast available

STGB30V60DF D2PAK 600 30 1.85 233 383 Very Fast Q32013

STGB30V60F D2PAK 600 30 1.85 233 383 - Q32013

STGP30V60DF TO-220 600 30 1.85 233 383 Very Fast Available

STGP30V60F TO-220 600 30 1.85 233 383 - Available

STGF30V60DF TO-220FP 600 30 1.85 233 383 Very Fast Available

STGB40V60F D2PAK 600 40 1.8 411 456 - Q32013

STGP40V60F TO-220 600 40 1.8 411 456 - Availble

D2PAK

1) ICN : IGBT nominal collector current @ TJ=100°C 2) VCE(sat) : typical conduction losses @ ICN, TJ=25°C 3) Eoff : switching-off energy losses @ ICN, TJ=25°C

on inductive load @ VCC=400V a) on capacitive load @ VCC=320V, Csnub=20nF

TO-220

TO-220FP


Product line

80

P/N Packag

e

BVCES

(V)

ICN1)

(A)

Vce(sat)2) (V)

Eoff3)

(uJ)

Eon

(uJ) Diode Option Production

STGW20V60DF TO-247 600 20 1.8 130 200 Very Fast available

STGW20V60F TO-247 600 20 1.8 130 200 - available



STGW40V60DLF TO-247 600 40 1.8 130a) - Low Drop available



STGW60V60DLF TO-247 600 60 1.85 270a) - Low Drop available



STGW80V60DF TO-247 600 80 1.85 850 980 Very Fast Aug 2013

STGY80V60DF MAX-247 600 80 1.85 850 980 Very Fast Q32013

TO-247

MAX-247




Product line

81

P/N Packag

e

BVCES

(V)

ICN1)

(A)

Vce(sat)2) (V)

Eoff3)

(uJ)

Eon

(uJ) Diode Option Production

STGWT20V60DF TO-3P 600 20 1.8 130 200 Very Fast Available

STGFW20V60DF TO-3PF 600 20 1.8 130 200 Very Fast available

STGWT30V60DF TO-3P 600 30 1.85 233 383 Very Fast available

STGFW30V60DF TO-3PF 600 30 1.85 233 383 Very Fast Q32013

STGWT40V60DLF TO-3P 600 40 1.8 130a) - Low Drop available


STGFW40V60DF TO-3PF 600 40 1.8 411 456 Very Fast Q32013


STGWT60V60DLF TO-3P 600 60 1.85 270a) - Low Drop available

STGWT80V60DF TO-3P 600 80 1.85 850 980 Very Fast Q32013

TO-3P

TO-3PF



650V IGBT “H-B” series

Product line

82

P/N Package BVCES

(V) ICN

1) (A) Vce(sat)2) (V) Eoff3) (uJ) Eon (uJ) Diode Option Production

STGW40H60DLFB TO-247 600 40 1.6 130 200 Low Drop Q32013

STGWT40H60DLFB TO-3P 600 40 1.6 Low Drop Q32013

STGW40H65DFB TO-247 650 40 1.6 450 456 Very Fast Q32013

STGW60H65DFB TO-247 650 60 1.65 650 Very Fast Q32013

STGW60H65FB TO-247 650 60 1.65 650 - Q32013

STGWT60H65DFB TO-3P 650 60 1.65 650 200 Very Fast Q32013


STGW60H60DLFB TO-247 600 60 1.65 233 383 Low Drop Q32013

STGWT60H60DLFB TO-3P 600 60 1.65 130a) - Low Drop Q32013


STGWT80H65FB TO-3P 650 80 1.65 270a) - - Q32013


STGW80H65FB TO-247 650 80 1.65 550 750 - Q32013


STGY80H65DFB MAX-247 650 80 1.65 850 980 Very Fast Q32013

TO-247

MAX-247 1) ICN : IGBT nominal collector current @ TJ=100°C 2) VCE(sat) : typical conduction losses @ ICN, TJ=25°C 3) Eoff : switching-off energy losses @ ICN, TJ=25°C


TO-3P

SLLIMMTM:

Compact, Easy to-use and Reliable solution up to 3kW 83

Benefits Main features

SLLIMM = Small Low Losses Intelligent Molded Module

DBC and Vacuum soldering

Bootstrap diode

Interlocking and Smart shut down

Op-amp for advanced current sensing

NTC

Under-voltage lockout

Easy PCB design and validation

Improved thermal performances (DBC)

High quality and reliability (vacuum soldering)

Reduce time-to-market (just one device)

Reduce EMI and electrical noises (Tailored Diodes)

Improve HW reliability thanks to embedded protections

Extended temperature range (-40 150 C) for the whole

family

Ratings: 600 V, 3…30A

3-phase IGBT inverter bridge:

6 low-losses and short circuit protected IGBTs

6 low VF and soft recovery freewheeling diodes

3 control ICs for gate driving and protection

NTC for temperature monitoring

What’s inside

SLLIMMTM

Integration of

more than 30

discrete

components !!!

SLLIMM™ Small, Low-Losses, Intelligent Molded Module

Ratings: 600 V, 3 ÷ 30 A from 80W up to 3kW

3-phase IGBT inverter bridge:

– 6 low-losses and short-circuit protected IGBTs

– 6 low VF and soft recovery

freewheeling diodes

3 control ICs for gate driving and protection

NTC for temperature

monitoring

What’s inside

For 3-ph driving architectures, the industry is moving

progressively from a discrete towards a module solution !!

SLLIMM Package Technology 85

SLLIMMSDIP-25L

DBC

IGBT FWDPCB

HVIC

• DIP Molded Package: Cost

effective

• PCB for drivers & SMD: high

flexibility

• DBC (Direct Bond Copper) for

power stage: better thermal

dissipation

DBC & vacuum soldering process low thermal resistance values & high

reliability

The vacuum soldering process avoid

any gas inclusion (voids) during the

soldering process, reducing risk of hot

spots. It results in a further increase in the

reliability of ST’s SLLIMM thanks also to

the improved thermal and electrical

conductivity.

Dual field oriented control before the integration…

6x power switches

2x to 6x gate

drivers each with

its bootstrap

diode

3x op-amp for

current reading

4x comparators

for over-current

and over-voltage

protections

1x NTC

6x power switches

2x to 6x gate

drivers each with

its bootstrap

diode

3x op-amp for

current reading

4x comparators

for over-current

and over-voltage

protections

1x NTC

42 x components!

1x or 2x MCU

Dual field oriented control before the integration…

6x power switches

1x NTC

6x power switches

1x NTC

16 x components!

1x or 2x MCU

Dual field oriented control

Only 3x devices • BOM cost reduction

• Board design simplification

88

…after the integration (high voltage)

• 2x MC timer peripheral

• 4x op-amp with smart

dynamic input selection

• 7x comparators

1x STM32F303 MCU

35% CPU load for

dual sensor-less FOC

• 6x 600V IGBT power

switches

• 3x gate drivers with

embedded bootstrap

diode

• up to 3x op-amp

• up to 3x comparator

• 1x temperature sensor

(optional)

1x SLLIMM™ module

• 6x 600V IGBT power

switches

• 3x gate drivers with

embedded bootstrap

diode

• up to 3x op-amp

• up to 3x comparator

• 1x temperature sensor

(optional)

1x SLLIMM™ module

SLLIMMTM & SLLIMM™-nano main applications

General purpose Low power motor drives up to 3kW

Pumps

Fans

HVAC

Compressor drives

Corded Power Tools

Blower

Sewing machines

Rehabilitation and fitness applications

Home Appliances (Washing machine, Dish washers, Refrigerators)

STGIPN3H60(A)(-H)

STGIPS10K60A STGIPS10K60T(-H) STGIPS10C60(-H)

STGIPS14K60(T)(-H) STGIPL14K60 STGIPS15C60 (-H)

STGIPS20K60 STGIPL20K60 STGIPS20C60(-H)

STGIPS30C60(-H)

90 YTD SLLIMM™ portfolio

Output Power [kW]

1kW 1.5kW 2kW 100W 3kW

-H std input driver

1557

SLLIMM™-nano Two Options: Full vs. Basic features

PART NUMBER STGIPN3H60A STGIPN3H60

Pin Count 26 26

Pkg Size [mm] 29,5x12.5X3.1 29,5x12.5X3.1

Voltage [V] 600 600

Current @ Tc=25°C [A] 3 3

RTH(J-A) [°C/W] 50 50

Integrated bootstrap diode

Smart shutdown function

SD function

Op-amps for advanced current sensing

Comparator for fault protection

3.3/5V input interface compatibility

Interlocking function

Under Voltage Lock Out (on both Vcc and Vboot)

Extended Temperature Range: Tj = -40ºC ÷ 150ºC

MAIN FEATURES STGIPN3H60 Main Competitor

Pin Count 26 23

Pkg Size [mm] 29x12X3.1 29x12x3.1

Pkg type Full Molded Full Molded

Voltage [V] 600 500

Current @ Tc=25°C [A] 3 2

Silicon IGBT MOSFET

Rthja [°C/W] (*) 42 45

Integrated Bootstrap diode YES NO

Smart shutdown function YES NO

SD function YES NO

Op-amps for Advanced current sensing YES NO

Comparator for fault protection YES NO

3.3/5V input interface compatibility YES YES

Interlocking Function YES YES

Under Voltage lockout (on Vcc and Vboot) YES YES

SLLIMM™-nano Benchmarking with Competition

Besides more embedded functionalities, the SLLIMM-nano is able to offer a plus in

terms of efficiency thanks to its optimized free-wheeling diode

(co-packaged discrete diode vs integrated diode of competition).

ST

Added-value

93

18-nov.-13 Presentation Title

SLLIMM Reference Designs & tool

2000W

STEVAL-IHM028V1

1000W

STEVAL-IHM025V1

1000W

STEVAL-IHM027V1

100W

STEVAL-IHM035V1

100W

STEVAL-IHM036V1

30W

STEVAL-IHM038V1

AN3338, AN4043, TN0107

STEVAL-IHM034V1

Aircon Demo Board

IPM & MCU on board

1.3KW ( due to heat sink used)

TO DOWNLOAD THE SIMULATOR SOFTWARE: http://ims.st.com/transistors/index.php

ST LAB MAT: SLLIMM™ Simulation Tool

Local Settings/Desktop/IGBT & SLLIMM/ST solution for AIRCON.pdf

http://ims.st.com/transistors/index.php

94

SLLIMMTM family: Synoptic Table PART NUMBER STGIPS10K60A STGIPS10K60T STGIPS14K60T STGIPS14K60 STGIPL14K60 STGIPS20K60 STGIPS20C60 STGIPL20K60 STGIPS30C60

Pin Count 25 25 25 25 38 25 25 38 25

Pkg Size [mm] 44.4*22.0*5.4 44.4*22.0*5.4 44.4*22.0*5.4 44.4*22.0*5.4 49.6*24.5*5.4 44.4*22.0*5.4 44.4*22.0*5.4 49.6*24.5*5.4 44.4*22.0*5.4

DBC substrate yes yes yes yes yes yes yes yes yes

Voltage [V] 600 600 600 600 600 600 600 600 600

Current @

Tc=25°C [A]

10 10 14 14 15 18 20 20 30

Rth (max) [ºC/W] 3.8 3.8 3 3 2.8 2.4 2.7 2.2 2.4

NTC yes yes yes no yes no no yes no

Integrated

Bootstrap diode

yes yes yes yes yes yes yes yes yes

Smart shutdown

function

no no no yes yes yes yes yes yes

SD function no yes yes yes yes yes yes yes yes

Op-amps for

Advanced current

sensing

no no no no yes no no yes no

Comparator for

fault protection

no no no yes (1pin) yes (3pin) yes (1pin) yes (1pin) yes (3pin) yes (1pin)

3kW 2kW 1.5 kW 1 kW

Breakthrough in Power Electronic

SiC Technology SiC MOSFETs & SiC Rectifiers

Mosfets & Rectifiers

What is silicon-carbide?

Crystal…

…made of silicon and carbon atoms

A

p

p

l

i

c

a

t

i

o

n

s

Seals rings for

industrial applications

Cutting tools

Sports car brakes

Semiconductor

AND…

96

//upload.wikimedia.org/wikipedia/commons/0/0b/Ultra-thin_separated_(Carborundum)_disk.jpg


• Mechanical properties: Mohs Hardness scale

Hardness number Original scale Modified Scale

1 Talc Talc

2 Gypsum Gypsum

3 Calcite Calcite

4 Fluorite Fluorite

5 Apatite Apatite

6 Orthoclase Orthoclase

7 Quartz Vitreous Silica

8 Topaz Quartz of Stellite

9 Corundum Topaz

10 Diamond Garnet

11 … Fused Zirconia

12 … Fused Alumina

13 … Silicon Carbide

14 … Boron Carbide

15 … Diamond

Almost as hard as Diamond

97


• Electrical properties

Properties at 300

K, 1e15 – 1e16 cm-3 EG (eV) EBR (V/µm)

Thermal

conductivity

(W/cm/K) Material

Si 1.12 20 1.5

4H-SiC 3.26 200 4.5

Diamond 3.45 560 20

Much wider band gap (EG) than silicon resulting in a higher critical

electrical field (EBR).

98

99

1995

PowerMESH SuperMESH MDmesh™ II

-20% today

-82% -90% 2000 2005

MDmesh™ V

1995 today Coming

Soon

Platinum

Implantation

Electron

Irradiation Trench / FieldStop

-50% -30%

STripFET STripFET III

STripFET VI

DeepGATE

1995 today 2006

-30% -80%

Energy savings through Innovation: Power Transistors Technology Evolution

99

600V 1000V 1200V

Rated Voltage 1kW

5kW

10 kW

30 kW

50 kW

100 kW

350

KW

Pw

NETCOM, SERVER, NOTEBOOK

POWER SUPPLY HOME APPLIANCE

HEV / EV

PHOTOVOLTAIC

HEV / EV

PHOTOVOLTAIC

INDUSTRIAL DRIVES

POWER Supply & UPS

RAIL TRACTION

SMART POWER GRID

WIND MILLS

SiC & GaN Application Map

GaN

SiC

100

ST has Well-established Expertise on SiC Material &

Devices: Wafer Size Evolution

SiC Wafer Size Evolution in ST production Line

Both MOSFET and Diode in SiC are manufactured in the same fab

6” SIC

2011: 4”

line start - up

2” SiC

3” SiC 4” SiC

2003 – 2”

line startup

2006 – 3”

line startup

2011 – 4”

line startup

2014 – 6”

line startup

101

102

SiC Power MOSFET: SCT30N120

VBR > 1,200 V

In = 45 A

Ron(typ) < 80 mW

Qg(typ) < 105nC

Gate Driving Voltage = 20 V

HiP247 Package : Tjmax=200 C

SiC

1200V SiC MOSFET Schedule : Samples available

Full production by Q4 2013

102

SiC MOSFET vs. Silicon Devices On-resistance benchmark

MOSFET 1200V

The latest ST SUPERMESH5 Super Junction technology still exhibits much higher

Ron*A values at 1200V witch consequently impacts the dynamic performances

and driver power losses (still high Gate charge values).

IGBT 1200V The best in class IGBTs (trench field stop technology) have Ron*A values

twice of the SiC MOSFET

Part number BV Package Ron (mΩ) Ron*A

(mΩ*cm^2)

SCT30N120

(ST SiC MOSFET)

1200V HiP247 80 11.5!

STWN120K5 1200V TO 247 320 220

IGBT 25A

(Vcesat=2.05V@25°C)

1200V TO 247 80 (*) 20

* Equivalent Ron

103

SiC MOSFET Switching power losses vs IGBT

•

SiC

Device Von

typ (V)(@

25°C, 20A

Von typ (V) (@

175°C, 20A

Eon (uJ)

@ 20A, 900V

25°C/175°C

Eoff(uJ)

@ 20A, 900V

25°C/175°C

Chip

size

SiC

MOSFET 2 2.4 725/ 965(*) 245/307 0.45

IGBT 1.95 2.35 2140/3100 980/1850 1

SiC MOSFET vs. Best in Class IGBT Results measured on first samples (1200V / 30A/100mW)

Higher Power Density and lower capacities

(*) Eon measured by using the SiC intrinsic body diode

Much higher switching frequency is now possible

SiC MOSFETs start replacing in some areas Silicon IGBTs

+ 30 % at 175°C

+ 90 % at 175°C

104

105

SiC Power MOSFET On-Resistance Variation vs.TC

Highest benefits at higher temperatures

105

• Complete solution of boost inverter

4kW from 400-600VDC to 800Vdc

• Tested also with GapDrive with same results

• Very appreciated demo – used on several

events already

• PCIM, Daimler day, Paris techday, FAE training

• Final PCB revision arrived

• SiC 1200V diode now mature!

Boost inverter based on

Silicon Carbide technology

Gate

driver

Silicon carbide diodes

2x STPSC6H12B

(1200V/ 6A)

SiC HV MOSFET

SCT30N120

(1200V/ 30A) PWM Controller

L5991D

PWM

contr.

Gate Driver

TD350ED

or

gapDRIVE

Input

voltage

(VDC) Pout (W)

Eff total

(%) Eff without

AUX (%) Heatsink

temperature

600 2094 99.11 99.29 57.5C

106

new

Blank series

ST Rectifiers Portfolio 107

2x120A 15mA

15V

150V

100V

40/45V

30V

Signal Schottky

Power Schottky

From 200 V to 1200 V

From 1 A to 200 A STPSxx STTHxx

600V / 650V

1200V

200V

80V

Complete current / voltage range

Wide range of trade-offs

From mainstream to high-performance devices

High-performance

Low QRR

Low VF

R series L series

S series

Mainstream

170V

60V

From wall

adapters 1A to

solar farms 200A

Avalanche-rated

up to 170V

120V

Schottky barrier Bipolar rectifiers

« blank »

series

SiC Diodes

175°C everywhere

ST products

Single diodes Single diodes

STPSC xx 06 yy

SiC Schottky IF(AV) VRRM Package

4A, 6A, 8A, 10A, 12A

Dual diodes / common cathode

STPSC xx 06 C yy

2 x 10A, 600V

Common cathode

STPSC xx H 065 yy

SiC Schottky IF(AV) VRRM Package Gen 2

4A, 6A, 8A, 10A, 12A

Dual diodes

Common cathode

STPSCxxH065Cyy

Dual diodes

In series

STPSCxxTH13TI

2 x 4A, 650V

2 x 6A, 650V

2 x 8A, 650V

2 x 10A, 650V

6A, 2 x 650V

8A, 2 x 650V

10A, 2 x 650V

Gen 2 does NOT replace Gen 1!!

ST products

• Differences between 600V Generation 1 and 650V Generation 2

• Higher reverse voltage with G2: more design-margin

• Different positioning between surge robustness ( linked to IFSM) and forward

conduction power losses (linked to VF)

IFSM

VF

G1

• Ideal for use in applications

without current surge issues

(solar, UPS)

• Will bring good efficiency

levels thanks to the low

forward-voltage drop.

G2

• Ideal for use in applications

with high current surge

constraints (PFC circuits in

server or telecom SMPS)

• Will provide the best trade-

off between efficiency and

robustness thanks to the

high IFSM level.

New 650V SiC G2

• Datasheet:

Improved surge capability

IFSM = 10 x IF(AV)

New voltage rating for

higher reverse safety

margin

Gen 2

Gen 1

New 650V SiC G2

• How?

• Using a JBS (Junction-Barrier Schottky) design

EPITAXY

METAL

P+

Current flow

in normal

conditions

Current flow

in surge

conditions

Polymide

Metal Termination

Epitaxy

IF

VF

The addition of P+ implantation in the

schottky structure creates P/N

junctions.The surge forward current

capability can be increased while

keeping TJ < TJ(MAX)

Schottky

behaviour

Bipolar

behaviour

25°C

225°C

Clamping effect

Bipolar behaviour

25°C

175°C

VF=f(IF) versus Tj (tp=50µs)

75°C

125°C

STPSC606 1G (SiC schottky)

STPSC6H065 2G (SiC JBS) Thermal effect

New 650V SiC G2

• Forward voltage comparison: New 650V SiC diode 2G vs 600V SiC diode 1G

0

1

2

3

4

5

6

7

8

0 5 10 15 20 25 30 35 40 45

VF(V)

IF(A)

New 650V SiC G2

• Competition benchmark: 6 A diode

ST 6A G2

« C » 6A G2

…Clamping effect more efficient for ST device

175°C

ST SiC 600V / 650Vdiodes

• SiC part-number list

STPSC406D 4A, TO-220AC

STPSC406B-TR 4A, DPAK


STPSC606G-TR 6A, D²PAK






STPSC2006CW 2 x 10A, TO-247

STPSC4H065D 4A, TO-220AC

STPSC4H065B-TR 4A, DPAK


STPSC6H065G-TR 6A, D²PAK


STPSC6TH13TI 6A, 2 x 650V, TO-220AC ins




STPSC8H065CT 2 x 4A, TO-220AB










STPSC20H065CW 2 x 10A, TO-247

STPSC6H12B-TR1 6A, DPAK hi-voltage

RECTIFIERS

114

ST SiC 1200V diodes

STPSC xx H 12 yy

SiC Schottky IF(AV) VRRM Package Gen 2

6A

Single diodes

115

ST 1200V SiC diodes

• Key features

• 1200V Schottky rectifier for interleaved Flyback converter ,

Robust high voltage periphery

• Ultrafast switching independênt on the temperature

• Main benefits

• Higher efficiency & reduction of heatsink size

• Easy paralleling

• IEC 61000-4-5 & ANSI C 6241 (6kV, 2Ω) compliance

• IEC 60664-1 & UL 840 (Pollution degree II, material group,

1400V) compliance

Parameter value

VRRM min 1200V

IF(AV) 6A

VF(6A,25°C) typ. 1.65V

Cj (300V,25°C) typ. 29pF

STPSC6H12B

In Mass-production

116

Rectifiers – 2013 focus

09/03/2012

117

Presentation Title

SiC Product ID Appl. Comp.

600V up to 20A for high end applications STPSCxx06Y Efficient PFC, PV Inverter Cree, Infineon

650V (2nd Gen.) with improved surge

current capability (available now)

1200V SiC (available now)

STPSC6H065D

STPSC6H12B

Efficient PFC, PV Inverter Cree, Infineon

Tandem (2nd Gen.)

600V 2nd gen. Tandem (8A available ) STTHxxT06DI Solar Inverter, Telecom Infra

200V Schottky

Promotion in Industrial and Telecom STPS60SM200CW Welding, Basestation Vishay,

Diodes, IXYS

Rectifiers for Solar bypass

Schottky Tj=200°C, 45V (available)

FERD30M45 (Field Effect Rectifier)

STPS1045RL

FERD30M45 PV, Bypass ON

Package

Schottky/Ultrafast in PowerFLAT 5x6

Schottky/Ultrafast in PowerFLAT 3x3

STPSxxDJF/STTHxxDJF

STPSxxDEE/STTHxxDEE all Vishay

• Rectifiers TAM EMEA*: ~ 400M$ • ST no. 3 ww and no1. on Schottky + Ultrafast • Dice business possible thx to KGD • Widest Power Schottky and Ultrafast rectifier range

Motivation

Blank series

ST’s rectifiers portfolio 118

2x120A 15mA 15V

150V

100V

40/45V

30V

From 200 V to 1200 V

From 1 A to 200 A

STPSxx STTHxx

600V / 650V

200V

80V

High-performance

Low QRR

Low VF

Tandem

R series

L series

S series

LCD series

Mainstream

170V

60V

From wall adapters

1A to solar farms

200A

Avalanche-rated up

to 170V

120V

W series

Power Schottky

Signal Schottky Bipolar rectifiers

AC series

SiC diode current Gen. 2 voltage • Blank: single diode

• C: dual-diode with

common cathode

Package

STPSC bb H 065 bb bb

BATxx

Silicon Carbide (SiC) 650 V

4A, 6A, 8A, 10, 20A • STPSC4H065

• STPSC8H065

• STPSC10H065

• STPSC12H065

• STPSC20H065C

Silicon Carbide

www.st.com/diodes

Order code : SGDIODRECT0413

http://www.st.com/diodes

… and Our Drivers

Energy Saving

Space Savings

Environment

1 slide summary on Rectifiers 119

What: Our Edge Products

• Power Schottkys

• FERD: “the game changer”

• Super Power ISOTOP, TO3-P

• Gen 2Tandem 600V Hyperfast

• Gen 2 SiC 650V

Why: What is good

• Power Schottkys more power, more

robust

• Gen 2 SiC Highest peak power in SiC

• Gen 2 Tandem Like SiC at budget

• ISOTOP up to 200A for Welding

Help Needed?

www.st.com/diodes

Lighting

(CFL/LED)

Welding Solar

Automotive

UPS

Air Cond. SMPS

Where we are

Gen 2

Turbo2 TANDEM TANDEM

SiC

Lo

sse

s

attack “C”, “I”

“D” “V”

Selector Models System Boards

119

http://www.st.com/diodes

200V Schottky diode

for lighting applications

Release To Market

121

Bulb replacement • Pout < 20W

• Rectification diode in Flyback topology

• 2A, 200V (STPS2200)

Street LED lighting • Pout > 25W

• Free-wheeling diode in buck topology

• 2x10A, 200V (STPS20200C)

High bay LED lighting

• Pout > 25W

• Forward topology

• 2x10A, 200V – Common Cathode

• STPS20200C

200V Schottky – Targeted Applications

Positioning versus existing ST portfolio 122

STPS2200

STPS20200

STPS20200C STTH2002C

If(RMS) 30 A 30 A

Tj max 175°C 175°C

Vf max at

25°C/10A 0.86 V 1.1 V

STPS2200 STTH2R02

If(RMS) 10 A 60 A

Tj max 175°C 175°C

Vf max at

25°C/2A 0.80 V 1.0 V

Positioning versus competition 123

200V Medium current (2x10A) diodes:

ST

STPS20200C

Competition

A

Competition B

If(AV) 20 A 20 A 20 A

Tj max 175°C 150°C 175°C

Vf max at 25°C/10A 0.86 V 1.60 V 0.86 V

Vf max at 125°C/10A 0.70 V 0.76 V 0.72 V

Ir max at 25°C 15 µA 150 µA 100 µA

Ir max at 125°C 7 mA 18 mA 10 mA

Key Messages 124

Features Benefits

Tj -40°C to 175°C Allow more margin for designer and reach WW std requirement.

Thin package With 1mm thickness, the SMB Flat allow high power density integration

200V Power

Schottky Efficiency improvement vs. bipolar diodes (up to 1%)

“Increase the power density and efficiency to match Market requirements.”

Field-Effect Rectifiers

• Technology positioning

Whatever the techno, the lower the VRRM, the better the VF / IR trade-off

VF

IR

VRR

M1

VRRM2 >

VRRM1

Schottky structured diode VF / IR

Same barrier

different die size

FERD techno VF / IR

VF

IR

VRR

M1

VRRM2 >

VRRM1

Same die size

Taylored process

125


In M/P

M/P in Q2 2013

30V

45V

60V

100V

FERD30M45C TO-220, D²PAK

FERD40M45C

TO-220, D²PAK

FERD40U45C

TO-220, D²PAK

FERD60U45C

TO-220, TO-247

FERD60M45C

TO-220, TO-247

FERD10U45 SMB flat e-pad

50V

FERD15S50 SMB flat e-pad

FERD8U60 SMB flat e-pad

FERD15S50 PowerFLAT 5 x 6

FERD30S50 PowerFLAT 5 x 6

8A 10A 30A 40A 60A 15A

In M/P

Samples Field-Effect Rectifiers

126


• Datasheet benchmark examples

Parameter STPS3045CT STPS30L45CT FERD30M45CT

VFmax (15A, 25°C) 0.71 V 0.55 V 0.47 V

IRmax (VRRM,

125°C)

40 mA 200 mA 50 mA

RTH(j-c) 0.95 °C/W 0.85 °C/W 1.05 °C/W

Parameter STPS4045CT STPS41L45CT FERD40M45CT FERD40U45CT

VFmax (20A, 25°C) 0.76 V 0.53 V 0.48 V 0.47 V

IRmax (VRRM,

125°C)

40 mA 220 mA 50 mA 75 mA

RTH(j-c) 1.3 °C/W 0.8 °C/W TBD TBD

Parameter STPS6045CW (TO-247) STPS61L45CT FERD60M45CT FERD60U45CT

VFmax (30A, 25°C) 0.68 V 0.56 V 0.54 V 0.5 V

IRmax (VRRM,

125°C)

80 mA 400 mA 50 mA 75 mA

RTH(j-c) 0.55 °C/W 0.75 °C/W TBD TBD

The best of the two

worlds

127


• Application benchmark

128


• Application benchmark

4.0

4.5

5.0

5.5

6.0

6.5

7.0

7.5

8.0

30 40 50 60 70 80 90 100 110 120 130 140 150

P [ W ]

Tj [°C ]

FERD60U45CT − Typ

STPS40M60CT − Typ

• Temperature working point: 105°C measured on board for STPS40M60 at 150W

• Losses difference at 105°C: 1W

• Efficiency difference at 105°C: (1/150)×100=0.7%

A minimum of 0.7% efficiency

difference between

FERD60U45 & STPS40M60

is expected on this board.

1W Typical conduction

+ reverse losses

comparison:

Pout=150W

129

Reverse recovery

comparison

Reverse recovery comparison

VR = 400 V, IF = 8 A, Tj = 125oC,dl/dt = -200 A/µs

Power loss comparison

400 W PFC, dI/dt = -200 A/µs, Tj = 125oC

W

0

1

2

3

4

5

6

7

Turbo2

“R”

TANDEM

G1

ST

SiC

Turbo 2, Tandem, SiC perf positioning

TANDEM

G2

Tandem G2

ST SiC

Tandem G1

STTH806DTI Silicon

ultrafast

130

New Tandem G2

• SiC rectifiers are now the preferred solution to optimize the efficiency

of PFCs in SMPS or as FW diodes in PV inverters.

• Issue: SiC rectifiers are expensive for 3 main reasons

• High raw-material cost

• Only few sources for the raw-wafers

• Complex process

• Design Target of Tandem G2

131

Approaching SiC performances at a

much lower price.

TANDEM G2

New Tandem G2 132

1 2

1

2

300 V diode 300 V diode

Two 300 V diodes in series make a faster 600 V diode.

STTH5T06DI (5A, 600V) in Mass Production



TANDEMG2

TANDEM G2

New Tandem G2

• Switching characteristics

133

IF=8A ; dI/dt=400A/µs ; VR=400V ; Tj=125°C

SiC G2: STPSC6H065D

Tandem G2: STTH8T06DI

Tandem G1: STTH806DTI

STTH8R06D

2A/div

10ns/div

New Tandem G2

Up to 45% gain on QRR vs. Tandem G1 !

TANDEM G2

New Tandem G2 134

Ultrafast

Price

Performance

SiC

TANDEM G2

TANDEM G2

Increase the price/performance ratio and the robustness

of the application.








11.40 – 11.55 Coffee break


13.25 – 14.00 Lunch



15.20 – 15.50









IPC - Power Conversion

AC/DC

13/03/2012 136 Presentation Title

Off Line Power Product ID Appl. Comp.

Most efficient Aux SMPS with ultra low stand-by

VIPer06 with 30/60/115kHz (available now)

VIPer06 /37

VIPper16

DesignSuite deployement

Off Line Power

Supply up to 30W

White goods

Telecom

Power

Integration

Infineon

Fairchild

Primary Regulation without Opto and precise CC/CV

Primary Regulation with 900V MOS capability ALTAIR04-900

Battery Charger

Metering

Power

Integration

PFC for discontinuos mode up to 200W

PFC for continous mode above 200W

L6562A / L6564H

L4984 SMPS, Lighting

Fairchild, ON,

TI

PWM for Quasi- or LLC resonant controller L6566H

L6699 (LLC)

Industrial

Consumer

telecom

Fairchild

Secondary Side controller

> 90% efficiency with sync rectification SRK2000 SMPS ON, IR

Constant Voltage & Constant Current regulation TSM1052 SMPS ON, IR

• Complete system offer from primary to secondary side

• From few Watt up to 3kW

• Very high Efficiency due to ultra low device losses

• Leading AC/DC supplier in the European and Worldwide market

Motivation

136

2013

Focus

Low Power AC-DC Conversion for every Industrial Application

Secondary Controllers

HV Converters

VIPer Plus

ALTAIR

HVLED8xx

Primary Controllers

Sync. Rectification

RECTIFY Efficiently

(optional)

Replacement of the

diode

CC/CV

REGULATE Constant

Voltage & Current

(Adapters,

Chargers,..)

DC AC

Controller + MOSFET

4W Meter or 3ph aux. Supplies :

ALTAIR04-900

137

Up to 15W LED Light : HVLED8xx Up to 30W High Efficient AC-DC Supply:

VIPERxx

High efficiency solution for Power Supply with minimized components count

Avalanche RUGGNESS

and highest EFFICIENCY

ww highest SAFETY thru

900V capability Highest PRECISION in

CC/CV regulation

Why VIPer & Altair

138 18/11/2013

FROM FEATURES TO BENEFIT

800V / 900V avalanche rugged

MOSFET

• Market benchmark

• Application cost reduction & superior reliability

Scalable internal MOSFET • Cost-effective replacement of capacitive power

supplies (refrigerators, home automation…)

Op-Amp embedded for feedback

loop

(VIPer*6 EMEA main focus)

• Versatile & cheap solution for both isolated / not

isolated topologies

Primary side regulation (Altair*) • voltage/current precision in isolated solutions

without need of optocoupler

Multiple switching frequencies • to reduce EMI filter cost

139 VIPer and Altair families

APPLICATION: Auxiliary SMPS up to 30W

• 800 / 900V MOSFET avalanche rugged for superior reliability co-packaged with an

advanced PWM controller

• No load consumption: <30mW NOW

<10mW by Mid of 2014

Home

Appliances

Metering Home

Automation

Lighting Automotive

Stand-by power 140

11/18/2013 Presentation Title

Sources: Lawrence Berkeley National Laboratory, (U.S. Department of Energy National Laboratory)

Stand-by power losses in household electrical and office equipment, French Agency for the environment and energy management

$ to € exchange rate 1.3

5 to 10% of residential

electricity consumption is due

to stand-by power

On the average EU energy bill,

stand-by power

accounts for ~85 $/year

It’s technically possible to knock

down stand-by power

consumption by about 75%

Stand-by power is responsible for

~1% of global CO2 emissions

(Total air travels account for < 3% !)

Is the leaking tap of your house

HV Converters - Roadmap

141

VIPer37

VIPer25

VIPer17 VIPer27

VIPer15

n.a. n.a.

n.a.

n.a.

VIPer28 VIPer38 Q4 2013

VIPer16 VIPer26 VIPer06 n.a.

10 W (1)

6 W (2)

16 W (1)

12 W (2)

20 W (1)

15 W (2)

SSO10

DIP-7

SO16N

DIP-7

SO16N

DIP-7

SDIP-10

SDIP-10

BVDSS 800V

RDSON 32 W

Packages:

Halogen

FREE

Power: (1) 230VAC±20%

(2) 85-265 VAC

8 W (1)

4 W (2)

Power MOSFET:

Controller

1 fixed frequency (jitter)

VIPer01

n.a. n.a. n.a.

VIPer0P n.a. n.a. n.a.

VIPer5x n.a. n.a n.a

35 W (1)

25 W (2)

SDIP-10

SO16N

n.a.

n.a.

n.a.

- 10mW stand-by

- 5V-30V VDD

- EA GND

- ON/OFF mode ctrl for

Zero Power function in

white good (Zero Power)

BVDSS 800V

RDSON 24 W

BVDSS 800V

RDSON 7 W

BVDSS 800V

RDSON 4.5 W

BVDSS 700V

RDSON 1 W

Production

2014

Controller

X fixed frequency (jitter)

ST confidential

Controller

7 fixed frequency (Jitter)

Controller

8 fixed frequency (Jitter)

Controller

5 quasi resonant

Controller

6 fixed frequency (jitter)

Embedded EA, self supply,

feedback disconnection

detection

&

HV Converter Fabio Salanitri

Trainings/VIPER16_26training.ppt


Trainings/VIPerx7_28EXT.ppt



Trainings/VIPerX5training.ppt



Support for VIPer & Altair

142 11/18/2013

Never so easy to design a SMPS

www.st.com/edesignsuite

• Tools

• Wide range of demo boards + relevant AppNotes

• VIPer*6 brochure (schematic, boards, application needs description)

• IPG EMEA Application support ([email protected])

…a nightmare called “transformer design”

http://www.st.com/edesignsuite

mailto:[email protected]





Never so easy to design

Switch Mode Power Supply 143

VIPerPlus - high voltage converter

Advanced controller with embedded 800V Power MOSFET

Robustness and Reliability

800V Power MOSFET, thermal shutdown, soft start, OLP protection, auto-restart

Energy saving

Power consumption less than 30mW at no load

High integration

Direct feedback, jittering, HV start-up

Flexibility

power scalability up to 12W, no aux winding, clamp-less design, no CM EMC filter

Output

rectification and

filtering

Input

rectification and

filtering

Feedback

..directly

from AC main

voltage...

.. to +/- DC bus

(3V3, 5V, 12V)

to supply:

~

Microcontroller

PWM driver

Relay

PWM

Controller

VIPer*6 for Home Automation 144

30mW @ no load

Frequency jittering

800V breakdown

Self supply

Op-amp available

for direct feedback

Smart Flyback topologies

Not isolated, direct feedback,

positive/negative output, common neutral

Cost saving Cap SMPS

replacement

Low

stand-by power Reliability Small EMI input filter

Aux SMPS

market needs

VIPer*6

in home

automation

shutters control light

climate

Security systems

smart plug

Inductor based

topology

Buck

VIPer*6, key benefits

& topologies supported

VIPer*6 based

AC/DC auxiliary power supply for

- microcontrollers

- transceivers

- sensors

- motor driver ICs Safety systems

VIPer*6,

key benefits for

the application

Powering MCU

to drive TRIAC

VIPer*6 for Lighting 145

30mW @ no load

Operating temperature:

-25°C to +125°C

800V breakdown

Self supply

Op-amp available for

primary regulation

Isolated

with primary regulation

Smart Flyback

topologies

Robustness Reduced size Cost saving

Isolated

with secondary regulation

Inductor based

topology

Buck

VIPer*6 based


- microcontrollers

- transceivers

- lighting driver ICs

Aux SMPS

market

needs

VIPer*6,

key benefits

& supported

topologies

VIPer*6

in

street lighting

High

efficiency Low

stand-by power

VIPer*6,

key benefits for

the application

VIPer*6 for Metering 146

30kHz switching frequency to reduce noise in

the communication band (only VIPer06)

800V breakdown

Op-amp available for primary regulation

Flyback topology

Isolated

with primary regulation

VIPer*6 in

smart energy meter

Isolated solution for

3 phase meter

Not isolated solution for

Single phase meter

Reduced noise

in the communication

band Robustness

Aux SMPS

market needs

VIPer*6 based


Inductor based

topology

Buck

VIPer*6, key benefits

& topologies supported

- microcontrollers

- transceivers

- metrology ICs

VIPer*6,

key benefits for the application

147 VIPer*6: isolated Flyback

Primary regulation Secondary regulation Secondary regulation

Perfect trade-off amongst

isolation, cost and output regulation Standard topology without aux winding

(VIPer self supply)

Isolated auxiliary SMPS

Standard topology

with the lowest stand-by consumption

148 VIPer*6: not isolated Flyback(1/2)

NOT isolated auxiliary SMPS

Direct feedback Direct feedback

Minimal components count Minimal components count

with the lowest stand-by consumption

(Vout ≥ 12V)

149 VIPer*6: not isolated Flyback(2/2)


Direct feedback Secondary regulation

+7V and -5V: outputs referred to neutral

with lowest stand-by consumption

+12V and -5V: outputs referred to neutral

with lowest stand-by consumption

Configurations with positive and negative outputs

150 VIPer*6: inductor based topologies

Buck Buck-Boost with negative output

Powering a MCU able to drive a TRIAC Simplicity and minimum size guaranteed


151 VIPer*6 based solutions (1/3)

STEVAL-ISA010V1

1.8W Super wide range

Buck converter

based on VIPer16LN

(dual outputs referred to neutral)

Vin = 85-500 Vac

Vout1 = 12V

Vout2 = 5V

IoutTOT= 150mA

Standby= 96mW @230Vac

AN2872

STEVAL-ISA096V1

2W Buck-Boost converter

based on VIPer06XS

(negative output referred to neutral)

Vin = 85-264 Vac

Vout = -12V

Iout= 150mA

Efficiency = 80%@230Vac (full load)

Standby< 30mW @264Vac

UM1470

Vin = 90-265 Vac

Vout = 12V

Iout = 150mA

AN draft (*)

STEVAL-ISA115V1

1.8W Buck converter

based on VIPer06XN

(output referred to neutral)

Vin = 90-265 Vac

Vout = 12V

Iout = 140mA

Efficiency = 82.6% @85Vac (full load)

DN0009

STEVAL-ISA130V1

1.7 W Buck converter

based on VIPer06X

(output referred to neutral)

Solutions up to 2W (*) Available on request

http://www.st.com/internet/evalboard/product/244477.jsp



http://www.st.com/internet/com/TECHNICAL_RESOURCES/TECHNICAL_LITERATURE/APPLICATION_NOTE/CD00222186.pdf




http://www.st.com/internet/com/TECHNICAL_RESOURCES/TECHNICAL_LITERATURE/USER_MANUAL/DM00038889.pdf

http://www.st.com/internet/com/TECHNICAL_RESOURCES/TECHNICAL_DESIGN/DESIGN_NOTE/DM00061899.pdf


Vin = 90-265 Vac

Vout = 16V

Iout = 280mA

Efficiency > 81% @230Vac (full load)

AN3028

STEVAL-ISA118V1

4.5W Not isolated Flyback converter

based on VIPer16LN

(direct feedback)

Vin = 90-265 Vac

Vout = 12V

Iout = 350mA

AN

DRAFT

(*)

STEVAL-ISA117V1

4.2W Isolated Flyback converter

based on VIPer16LN

(secondary regulation)

STEVAL-ISA112V1

STEVAL-ISA113V1

4.2W Not isolated Flyback converter

based on VIPer06HN / VIPer06HS

(direct feedback)

Vin = 90-265 Vac

Vout = 12V

Iout= 350mA

Efficiency 83%@115V (full load)

Standby<28.5mW@264Vac

AN4116,

AN4164

(*)

STEVAL-ISA071V2

4W Not isolated Flyback converter

based on VIPer16L

(direct feedback, dual outputs

referred to neutral)

Vin = 85-264 Vac

Vout1 = +7V

Iout1 = 160mA

Vout2 = -5V

Iout2= 400mA

Standby= 35mW @230Vac

UM0920

Solutions up to 4.5 W (*) Available on request

http://www.st.com/internet/com/TECHNICAL_RESOURCES/TECHNICAL_LITERATURE/APPLICATION_NOTE/CD00245016.pdf







http://www.st.com/internet/com/TECHNICAL_RESOURCES/TECHNICAL_LITERATURE/APPLICATION_NOTE/DM00055759.pdf

http://www.st.com/internet/com/TECHNICAL_RESOURCES/TECHNICAL_LITERATURE/USER_MANUAL/CD00267141.pdf


Vin = 90-265 Vac

Vout = 12V

Iout = 1A

Average efficiency @115Vac:

83.4% (115kHz), 87% (60kHz)

AN4106,

AN4165

(*)

STEVAL-ISA110V1

STEVAL-ISA111V1

12W Not isolated Flyback converter

based on VIPer26LN

(direct feedback;

60kHz, 115kHz version)

Vin = 85-305 Vac

Vout 1= 12V

Vout 2 = 3.3V

Iout 1= 900mA

Iout2= 100mA

Efficiency = 84% @230Vac (full load)

UM0984

STEVAL-ISA081V1

12W Isolated Flyback converter

based on VIPer16LND

(primary regulation)

Solutions up to 12 W

Vin = 85-305 Vac

Vout 1= 16V

Vout 2 = 5V

Iout 1= 300mA

Iout2= 15mA

AN

DRAFT

(*)

STEVAL-ISA116V1

5W Buck converter

based on VIPer26LD

(*) Available on request

http://www.st.com/internet/com/TECHNICAL_RESOURCES/TECHNICAL_LITERATURE/APPLICATION_NOTE/DM00053857.pdf




http://www.st.com/internet/com/TECHNICAL_RESOURCES/TECHNICAL_LITERATURE/USER_MANUAL/CD00282230.pdf




PFC – Power Factor Controller

Higher Efficiency is not a question of maybe…

Why ST PFC

• Wide family of Power Factor Corrector controllers including

• Standard versions (L6562A) p2p compatible with TI, FC, Infineon, OnSemi

• Vs. competition: Added value versions featuring:

• “H” versions: integrated 700V High Voltage Start-up (HVSU) pin to save external components

• “T” versions: wider parameter temperature characterization for street-light and outdoor applications

• Advanced protections for superior reliability with BOM reduction

157

FOCUS

FOCUS

FOCUS

FOCUS

ABOVE

~150W

BELOW

~150W

157

CCM

TM

Continuous conduction mode

PFC’s – L4984D

28/10/2013

L4984D – PFC controller: introduction 159

28/10/2013

• WHERE: Power Factor Control stage of SMPS connected to AC input Mains

• WHY: according to EN 61000-3-2 international norm, a PFC STAGE

• is required, that fixes limits of Total Harmonic Distortion (THD)

INPUT SMPS CURRENT:

• SINUSOIDAL

• IN PHASE WITH MAINS

VOLTAGE

L4984D introduction 160

28/10/2013

• PF controller for CCM operation (fixed-off-time) with low THD

• Set of protections for complete application reliability

• Adjustable OVP on output voltage (No Latched)

• Inductor saturation (No Latched)

• Open loop protection

• Input Mains under-voltage detection

• Remote ON/OFF control input pin

• Small package

L4984D introduction 161

28/10/2013

• PF controller for CCM operation (fixed-off-time) with low THD


• Adjustable OVP on output voltage (No Latched)

• Inductor saturation (No Latched)

• Open loop protection

• Input Mains under-voltage detection

• Remote ON/OFF control input pin

• Small package

No output capacitor explosion

No MOSFET damaging

No MOSFET over-heating

Application flexibility

Small PCB

L4984D performances 162

28/10/2013

• 350W reference design (EVL4984-350W)

• Efficiency > 94% on 85VAC – 264VAC input range

• THD<10% at full load on 85VAC – 264VAC input range

L4984D companion MOSFET / rectifiers 163

28/10/2013

L4984 – 10 pin CCM power factor controller

RECTIFIER (600V reverse voltage)

SiC (Silicon Carbide) STPSCxx06

Turbo 2 STTHxxR06

Tandem STTH806DTI

MOSFET (>500V breakdown)

High power (>1kW) MDmesh V

e.g. STW69N65M5 for ~2KW

Medium power (~200W to 1KW) MDmesh II Plus Low Qg

e.g. STP24N60M2 for ~400W

Transition mode PFC’s

28/10/2013

Product evolution for PFC - FOCUS 165


Low Cost

L6564H

HVS

CS

COMP

MULT

VFF

GD

GND

ZCD

PFC_OK

INV Vcc

N.C.

2

3

4

1

5

6

7 8

10

11

12

13

14

N.C.

N.C.

9

Advanced features

+ High Voltage Start up

L6562A / AT

INV

COMP

MULT

CS

Vcc

GD

GND

ZCD

1

2

3

4 5

6

7

8

Adv. Features

INV

COMP

MULT

CS

VFF

Vcc

GD

GND

ZCD

PFC_OK

1

2

3

4

5 6

7

8

9

10

L6564 / T

• L6564H introduces new features:

• vs L6564:

• High voltage start-up (700V) for higher efficiency

• vs L6562A :

• High voltage start-up (700V) for higher efficiency

• Features for increased application reliability

L6564 / H introduction 166

28/10/2013

• L6564H can be used in:

• Power Factor Control stages of SMPS connected to AC input Mains up to 150W

• LED lighting SMPS, single stage SMPS up to 60-70W

• to make the application compliant to EN 61000-3-2 regulation by limiting the Total Harmonic

Distortion (THD)

SMPS INPUT CURRENT:

• SINUSOIDAL

• IN PHASE WITH MAINS

VOLTAGE

L6564H

LEDs

…from L6562A to L6564

2 pins more but more than just 2 pins

• Inductor Saturation Detection

• Choke optimization without risk of mosfet damaging

• Feedback Disconnection Protection and new OVP

• Reliability increased

• Easier PCB lay-out

• Remote ON/OFF

• Voltage Feed Forward

• Line Transient rejection

• Brown-out protection

• Input undervoltage detection

• L6564T with Electrical Parameters guaranteed from -40C to +125C.

Ideal for OUTDOOR applications

167

28/10/2013

SSOP10 (SO8 body) 1mm pitch

L6564H as standard PFC pre-regulator 168

28/10/2013


• adjustable protection against output over-voltage (not latched)

• inductor saturation protection (not latched)

• open loop protection

• input Mains under-voltage detection

• input voltage feed-forward

• input pin for remote ON/OFF control

• 700V High-Voltage Start-Up on-chip

L6564H AC MAINS

L6564H as single-stage controller for LEDs 169

28/10/2013


• open LED string detection (not latched)

• transformer saturation protection (not latched)

• input Mains under-voltage detection

• input voltage feed-forward

• input pin for remote ON/OFF control

• 700V High-Voltage Start-Up on-chip

L6564H

AC MAINS

LEDs

High-voltage start-up (L6564H only)

• Integrated HV circuitry to start-up

the IC and the SMPS

• 700V rated

• no need of external components

• HV mosfet

• Zener

• Resistors and capacitors

• It improves:

• Efficiency

• Start-up

• Restarts after faults

170

15MW

GND

14

12

8

Icharge

Vcc_OK

IHV

CONTROL

HV_EN

HVS

Vcc

HV input

HV input

REMOVED

L6564H

Standard

solution

(external

components)

DIFFERENT

TECHNOLOGIES

for

BEST

PERFORANCES

ST Power MOSFETs

PFC

Transition Mode

25W – 50W STx3N62K3 STx5N62K3

50W – 100W STx7N60M2 STx10N60M2

>100W STx13N60M2 STx18N65M5

Single stage

high PF flyback 15W – 75W

STx7N80K5 STx15N80K5

STx21N90K5

STx6N95K5 STx20N95K5

L6564H companion MOSFET 171

SuperMESH3, MDmesh II Plus Low Qg, MDmesh V

• Low Rdson(on), best in class in dV/dt, Available in PowerFLAT packages

SuperMESH5 ™

• Outstanding static and dynamics performances at 800V-950V

L6562 and L6564H tools & support 172

28/10/2013

• Standard PFC (stand alone)

• EVL6564H-100W reference design for standard PFC

• Auxiliary reference designs for SMPS (vending machine, industrial

SMPS…)

• EVL6564 – 50WFLB: 50W wide range high power factor flyback converter

demonstration board based on the L6564

• Auxiliary reference designs for LEDs

• STEVAL–ILL043V1: 75W Two independent LED strings power supply based on L6562A in HPF Flyback

• STEVAL–ILL042V1: 60W LED power supply based on L6562A and TSM101 (AN3424)

• EVL6564H-25W-BB: 25W, 80VOUT for LED based on L6564H

• Design support

• AN4077: 100W transition-mode PFC pre-regulator with the new L6564H

• AN4028: 50W wide-range high power factor flyback converter using the L6564

• Excel spreadsheet DESIGNING WITH THE L6564H (AVAILABLE ON REQUEST)

Product Focus IPC

Power Conversion: DC/DC

DC/DC for Industrial Product ID Appl. Comp.

Up to 38V Input and 2/3A driving capability

(Industrial & Automotive grade)

with synchronous rectification and high

efficiency at light loads

L/A7985/6

L6986 (Q3 2013)

Industrial TI/NSC, LT

Up to 48V Input & 3A driving capability ST1S14 Industrial TI/NSC, LT

Up to 61V Input and 3A driving capability L7987 (eof Q4 2013) Industrial TI/NSC, LT

DC/DC for Consumer / Industrial

(Metering)

Up to 18 V Input and up to 4A driving capability

with high efficiency at light loads

ST1S40/1

ST1S36 (Q2 2014)

Consumer,

Industrial TI, MPS

• High efficiency at light loads through low IQ required both by automotive & consumer markets

• Synchronous rectification also for Industrial DC-DC • Higher input voltage required by industrial market (fail safe)

Motivation

173

2013

Focus

DC-DC conversion 174

…growing portfolio

L7987

L7987L

ST1S14

L6

98

4

(*)

A / L7985

L6986

A/L7986

L5988 / 9

ST1S41

ST1S50

L7980 / 1

L598x

ST1S40 5.5V

18V

28V

38V

48V

61V

ST1S31

5A 4A 3A 2A 1A 0.5A

ST1S32

6A

80V

• 5 new products

• ST1S50 18VIN / 4AOUT

• L6986 38VIN / 2AOUT

• L7987L 61VIN / 2AOUT

• L7987 61VIN / 3AOUT

• L6984 36VIN / 350mAOUT

(*) in MP by Q1 2014

FIXED FREQUENCY / FLEXIBLE

COMPACT SOLUTION

HIGH PERFOMANCES

DC-DC Converters:

Multiple Families for Different Applications 175

24V Bus with high margin

48V Bus

ST1S14

48V - 3A - asynch.

L7987/L

61V – 3A / 2A - asynch. - adj. current limit

Standard 24V Industrial Bus

L597x

36V - up to 3A - asynch.

L7985/6

38V – 2/3A - asynch.

L6902D

36V 1A

Current Regulation with HS Sensing

For Battery Charging

L698x

36-38V - up to 2A - synch. - low Iq

12-15V Bus

L598x

18V - up to 4A - flexible

• asynch. (up to 3A)

• synch. (4A)

ST1S10 & ST1S4x

18V - up to 4A -

compact

ST1S5x

18V – up to 4A -

low Iq

Logic Bus

ST1S31/2

5.5V – up to 4A

compact

ST1S33/6

5.5V - 3/6A -

very high efficiency

VIN_max =

36-38V

VIN_max =

61V or 48V

VIN_max =

18V

VIN_max =

5.5-6V

DC-DC Converters

for Standard Industrial Bus

VIN ~ 36-38 V

L698x

Innovation 1: L698x * 177

L698x

38V; up to 2A (L6986)

36V; up to 350mA (L6984)

High Efficiency at full & light load

Very Low Stand-by • High efficiency at light

loads

Adj. FSW

• Perfect trade-off between

efficiency & application size

Power Good with Adj. Delay

• Sequencing

• Enabling logic circuitry with µC reset

Adj. Soft Start

Duration

• Maximum flexibility

Synch. Rect. • High efficiency at full load

• No external diode required

* Release Q4 2013

HV DC-DC Converters

VIN up to 61V

L7987x

Innovation 2: 7987x 179

High Input Voltage for High Reliability

61V

L7987x

Up to 3A (L7987)

Up to 2A (L7987L)

Adj. Current Limit • Power passive components

design optimization

Adj. FSW

• Perfect trade-off between

efficiency & application size

Enable &

Power Good

• Sequencing

• Enabling logic circuitry Adj. Soft Start Duration


* Release Q4 2013

ST1S14

ST1S14 180

• High Input Voltage for High Reliability

• Application Cost & Size Optimization

48V

ST1S14

Up to 3A

Internal Compensation • BOM Optimization

High FSW (850kHz) • Reduced passive

components size Enable &

Power Good

• Sequencing

• Enabling logic circuitry Internal Soft Start

• Reduce Inrush Current

DC-DC Converters for 12V bus

VIN = 18 V

ST1S4x & ST1S5x 182

ST1S4x

18V; up to 3A (ST1S40)


ST1S40 available also in

low cost package (SO8)

Int. Compensation

• Reduced BOM



ST1S5x


18V; up to 2A (ST1S51/2)

Very Low Stand-by • High efficiency at light

loads

ST1S51/2: Int. Compensation

• Reduced BOM

ST1S50: Ext. Compensation

• Higher Flaxibility

Power Good (ST1S50/1)

• Sequencing

• Enabling logic circuitry

Adj. Soft Start

Duration




ST1S4x:

High Compactness

ST1S5x:

High Performance

DC-DC Converters for Automotive

A698x 184

A698x

4-38V in A6986

• For cold crank & load dump

Very Low Stand-by -

KL30 compliant • Down to 30 µA in A6986

Adj. FSW up to 2MHz • Out of AM band

Power Good with Adj. Delay

• Sequencing

• Enabling logic circuitry with µC reset

Adj. Soft Start

Duration




High Efficiency

in Automotive Applications

LED Lighting in Automotive 185

Complete Solutions for

Interior & Exterior LED Lighting

eDesignSuite

Login to

www.st.com/edesignsuite

(online registering is required)

187

eDesignSuite enables easy design

Choose Power Supply

application type

and create your design

The design is ready! Insert your I/O specifications and

select one of the proposed VIPer*6

The smart tool to design your application

eDesignSuite

2 3 4

Open

eDesignSuite off-line version

(ask to ST Sales office to get it)

A complete design in a few steps

1

OR

Fill in

eDesignSuite Widget

(visit VIPer*6 product pages

on www.st.com)

OR

www.st.com/edesign

http://www.st.com/edesign

188

eDesignSuite enables easy design

The

specifications

view

The

actuals view

A full set of

analysis

diagrams

A fully

annotated

and

interactive

schematic

A fully and

interactive

BOM

A full set of commands

The user can

customize

the Flyback

transformer

The design view

www.st.com/edesign

http://www.st.com/edesign

Product Focus IPC

Power Conversion: LED Drivers & Control

Offline LED Drivers Product ID Appl. Comp.

LED-Retrofit with precise CV/CC regulation

With dimmability

HVLED805

HVLED807PF/15PF

HVLED807D (from Q1 2014)

LED Lighting

up to 15W

Infineon, TI,

NXP, iWatt,

Maxim,

Fairchild

LED Lighting Control

Digital ASSP for Lighting STLUX385A

Mass Market

Promotion in

LED Lighting

ATMEL

DC/DC for LED Driving

18V LED Driver up to 3A with PWM Dimming

48V LED Driver up to 3A with PWM Dimming

60V Boost LED Driver with PWM & Analog Dimming

LED2000/1

LED5000

LED6001 (from eof Q4)

LED Lighting,

LED in

Automotive

Zetex,

TI, MPS

• LED application will be the driving force in the next 10 years both in

general illumination & in Automotive • Dimmability required for retrofit of existing lamps • Multiple LED strings in professional lighting • Intelligence Required in Streetlighting

Motivation

189

2013

Focus

LED lighting 190

Total application coverage

LED1642* / LED2472 families • appliances user interface

• LED panels

ALED* family • automotive interior

• automotive exterior

HVLED805 / 07PF / 15PF & LED6000/1 • illumination (AC-DC & DC-DC)

• architectural (AC-DC & DC-DC)

• appliances

STLUX* family • illumination

• power conversion

LED

drivers

191 HVLED Family: Applications

7W 15W 5W

HVLED805 HVLED807PF HVLED815PF HVLED815D (in H2 2013)

Maximum output power for VIN = 185 - 265VAC

Retrofit of incandescent lamps

or spotlight for indoor

• Single LED string

• Power up to 15W

• LED current ~ 10mA to 1A

• Fixed Light

• In Roadmap…dimmable version

192

High Efficiency & High PF

Compliant to Norms

Robustness and reliability

800V Avalanch Rugged PowerMOS Morket Benchmark

High PF No Input Electrolitic Capacitor Increase Application Lifetime

Self-Supply Can Work with Variable Number of LEDs

High Level of Integration for BOM & Space Saving

Embedded MOSFET

Primary Side Sensing No Optocoupler

Current Regulation No CC/CV Controller

Opto

Coupler

HVLED Family: Benefits

193

HVLED Family: Main Competitors with Embedded MOSFET

Features

ST NXP PI Infineon

HVLED Family SSL21 Family LinkSwitch Family ICLS Family

Power Range (W) Up to 15 Up to 25 > 40 Up to 15

Primary Side Sensing in Isolated-Configuration*

YES NO YES NO

BV of Embedded MOS (V) 800 600-650 725 800

Dimmability NO** YES YES YES

* Primary Side Sensing No need of Opto-coupler for Current Regulation ** Dimmability: Only in US Range Now

194

Opto

Coupler

HVLED Family: Boards & ANs U

p t

o 1

5W

STEVAL-ILL044V1

STEVAL-ILL045V1

9 W Triac dimmable

isolated/non-isolated

LED power supply

based on HVLED815PF

HPF Flyback

Vin = 90-132 Vac

Iled = 175mA

Voutmax =56V

Power factor >0.98

Efficiency >86%

Dimmable over 90V to 132V range

Isolated version (**)

AN4129

AN4130

EVALHVLED815W15

10.2 W LED power supply

based on HVLED815PF

HPF Flyback

Vin = 185-265 Vac

Iled = 340mA

Vout = 30V

Power factor = 0.92

Average efficiency 86%

AN draft on

request

STEVAL – ILL037V1


based on HVLED805

Flyback

Vin = 90-265 Vac

Iled = 200mA

Voutmax =16V

Efficiency = 85%

AN3360

EVALHVLED805


based on HVLED805

Flyback

Vin = 185-230 Vac

Iled = 350mA

Voutmax =12V

Output current ripple < 10%

Average efficiency >70%

Data brief

195 HVLED Family: Other Support

• EMEA Application Support: [email protected]

196 LV DC-DC Converters for LED U

p t

o 1

5W

LED2001 ST1CC40

• Input voltage: 3V to 18V

• Adjustable output current: up to 3A

• Switching frequency: 850kHz

• Inhibit for low consumption

• Synchronous Rectification &

• Internal Compensation (minimum BOM)

• FB voltage 100mV for low dissipation

Monolithic buck LED driver

with PWM Dimmining


with Inhibit

Main features




• PWM Dimming with deep resolution




Main features

LED2000

Main features









with PWM Dimming

Flash light

Emergency lights

Spot lights

197 HV DC-DC Converters for LED U

p t

o 1

5W

LED6001 LED5000

• Input voltage: 5.5V to 48V




• ± 3% output current accuracy


Boost Controller for LED driving Monolithic LED driver

(buck, buck-boost, floating boost

topologies supported)

Main features

• Boost Controller

• Vin up to 36V

• Output voltage: up to 60V

• HS Sensing with programmable Vsense


• Analog Dimming

Main features

LED6000

Main features


• Adj. current limit: up to 3A in buck


• Buck - Buck-boost - Floating Boost



Monolithic LED driver

(buck, buck-boost, floating boost

topologies supported)

Streetlight &

Multistring Interior & Exterior Lighting

in Automotive

198 DC-DC Converters: Boards

DC-DC VIN (V) IOUT (A) Topology Order code

L6986 Up to 38 Up to 2 HTSSOP16 EVAL6986

L7985A Up to 38 Up to 2 HSOP8 STEVAL-ISA098V1

L7986 Up to 38 Up to 3 DFN3x3-10L STEVAL-ISA099V1

L7986A Up to 38 Up to 3 HSOP8 STEVAL-ISA100V1

ST1S14 Up to 48 Up to 3 HSOP8 STEVAL-ISA104V1

ST1S40IPHR Up to 18 Up to 3 HSOP8 STEVAL-ISA082V1

ST1S40IPUR Up to 18 Up to 3 DFN4x4-8L STEVAL-ISA083V1

ST1S40DR Up to 18 Up to 3 SO8 STEVAL-ISA084V1

ST1S41IPHR Up to 18 Up to 4 HSOP8 STEVAL-ISA107V1

ST1S41IPUR Up to 18 Up to 4 DFN4x4-8L STEVAL-ISA108V1

ST1S31PUR Up to 5.5 Up to 3 DFN3x3-8L STEVAL-ISA069V1

ST1S31DR Up to 5.5 Up to 3 SO8 STEVAL-ISA070V1

ST1S32PUR Up to 5.5 Up to 4 DFN4x4-8L STEVAL-ISA068V1

199 DC-DC Converters for LED: Boards U

p t

o 1

5W

DC-DC VIN (V) IOUT (A) Package Topology Order code

LED2000 Up to 18 Up to 3 SO8 Buck STEVAL-ISA051V1

LED2000 Up to 18 Up to 3 DFN4x4-8L Buck STEVAL-ISA051V2

ST1CC40 Up to 18 Up to 3 DFN4x4-8L Buck STEVAL-ISA046V1

ST1CC40 Up to 18 Up to 3 SO8 Buck STEVAL-ISA046V2

LED2001 Up to 18 Up to 3 DFN4x4-8L Buck STEVAL-ISA052V1

LED2001 Up to 18 Up to 3 HSOP8 Buck STEVAL-ISA052V2

LED5000 Up to 48 Up to 3 HSOP8 Buck EVALED5000

LED5000 Up to 48 Up to 3 HSOP8 Floating Boost EVALED5000FB

LED5000 Up to 48 Up to 3 HSOP8 Positive Buck-

boost EVALED5000B-B

LED5000 Up to 48 Up to 3 HSOP8 Negative Buck-

boost EVALED5000NB-B

200 DC-DC Converters: Other Support

• EMEA Application Support: [email protected]

201

General illumination: microcontrollers

STLUX385

Topologies supported Buck converter for LED driving

Boost for PFC

HB resonant converter for dimmable TL

FB converter for HID

Special features

6 SMEDs (State Machine Event Driven )

independent PWM programmable pulse signal generators

Fast analog comparators (50ns max propagation delay)

96MHz PLL for high output signals resolution

10 bit, 8 multiplexed channels ADC with operation amplifier

to extend resolution to 12 bit

DALI hardware communication cell

STLUX385 (*): 8-bit low power microcontroller tailored for lighting applications

Increased power processing with a wide range of features

(*) Engineering samples available

201

Power Conversion IPC

Power Conversion: LED Array Drivers

LED array drivers

16-channel high-end LED Array Driver A/LED1642GW

LED Backlight

White Goods

Automotive

Macroblock

TI

16-channel low-end LED Array Driver

8/16-channel low-end LED Array Drivers with Automotive Grade

STP16CPC26

STAPxx

LED Display

White Goods

Macroblock

TI

24-channel RGB LED Array Driver with diagnostic LED2472 LED Display Macroblock

TI

• LED Array/Display market still growing and requiring high

precision, independent dimming & RBG control

• White Goods Market looking for cost effective solutions for

LED driving in user interface

• LED in Automotive growing: exterior lighting, interior lighting &

dashboard

Motivation

202

2013

Focus

Linear LED Array Drivers 203

Games/Toys

Automotive •Rear Lighting

•Dashboard/Clusters

•Infotainment

Large Panel /

Signs

Traffic

Signs

LED

Array

Drivers

Appliances •Front Display Panels

•LED indicators

•LED lights functions LED Special

Illumination

• Drive multiple LED (string)

by current-controlled parallel

channels

• High color matching • high ch-to-ch current accuracy

(<3%)

• SPI Interface for μC I/O

Minimization

• Full set of feature choice

http://www.google.it/imgres?imgurl=http://lanecontrols.com/images/traffic-light.jpg&imgrefurl=http://lanecontrols.com/traffic-lights/&usg=__Qw7sezBvzwE0qI5RS_r4-DJ99ck=&h=500&w=300&sz=36&hl=it&start=5&zoom=1&tbnid=Dk-5cJWjCkkp1M:&tbnh=130&tbnw=78&ei=KnCMTsKhJsGw8gOmn6nSBg&prev=/search?q=traffic+light+led&hl=it&sa=X&rls=com.microsoft:*&tbm=isch&prmd=ivns&itbs=1

ST SOLUTIONS for LED Array/Matrix

Traffic/signal LED special

illumination

Large

Panel signs

LED1642G/GW

STP24DP05

STP04CM05

STP16*P*05

Appliances Games, toys

Traffic/Info Displays

Bus/Train displays

Traffic lights

Signals

Architectural

Emergency light

Indoor lighting

Gambling

Amusement

Mono /Full-color

Video Large

Displays

Front Display Panels

LED indicators

LED lights functions

STPIC6C/D595

STP08*

204

205

Display and signage: LED array drivers (2/2)

LED1642G/GW (**)

STP24DP05

STP08CP05

STP08DP05

STP04CM05

STP16*P*05

LED2472 (**)

• 4 channels, 80-400mA

• Adjustable output current using a single external resistor

• 20V output driving capability

• Serial data IN / parallel data OUT

• Thermal shut-down


• Adjustable output current through external resistor



• Short and open output error detection


• Adjustable output current through external resistor

• Short and open output error detection

• Auto Shut-Down

• Balanced output rise/fall time


• 8 x 3 Channel groups of constant current output channels, 5-80mA

• Adjustable output current through one external resistor for each group of 8-channel

• Output gradual delay (typ. 30ns for each group)

• Short and Open Output Error Detection

• Serial Data IN / Parallel Data OUT



• Normal and Stealthy error detection for open and shorted circuit LED (only for G series)

• Normal error detection for open and shorted circuit LED (only for GW series)

• Programmable shorted LED detection thresholds

• Current programmable through external resistor

• 7 bits global current gain adjustments in two ranges

• 12/16 bit PWM Grayscale Brightness control (only for GW series)

• Programmable output turn on/off time

• Selectable SDO synchronization on the CLK falling edge

• Auto power saving/auto wake up

• Gradual output delay (selectable)

• Thermal shut-down and overtemperature alert

• 24 channels,3 groups (RGB) of 8 constant current LED sink

drivers

• Output current from 4mA to 72mA

• Current set through a single external resistor for all groups and

separately adjustable for each color by a 6bit gain register into two

sub-ranges (64steps per range)

• LED fault detection (open and short conditions)

• Auto Power Shutdown and Auto Wake-Up

• Output gradual delay (typ. 10ns)

• SDO synchronization on the falling edge of the clock signal

• Thermal shutdown and overtemperature alert through serial

interface

(**) Samples available in Q4/12

STPIC6C/D595

• 8 –bit shift register with DMOS O/Ps LED driver

• Serial dataI/P, parallel data O/P

• Io=120mA (D), 100mA (C)

• Vled= 20V (D), 33V (C)

* is used as a wildcard character for related part number,

205

206

Display and signage: solutions(1/2)

STEVAL-ILL002V3 / V4

High brightness LED driver

with diagnostics demonstration

board based on the STP08DP05

• Brightness regulation

• Blinking Speed regulation

• Animated Text

• Graphic user interface (GUI)

• DC-DC converter

AN2415

AN2478

+

STEVAL–ILL009V3

OSRAM OSTAR projection

LEDs (8x350mA) board

STEVAL-ILL009V5

New RGB LEDs color

demonstration board based on

the STP04CM05, STP08CP05

and ST1S10

STEVAL–ILL009V4

OSRAM Golden DRAGON

LEDs (4x700mA) board

AN2531

Data brief

Data brief

5x8 LEDs

8 RGB LEDs

4 RGB LEDs

206

http://www.st.com/internet/com/MULTIMEDIA_RESOURCES/IMAGE/BOARD_PHOTO/image_steval-ill009v4.jpg

207

Display and signage: solutions(2/2)

STEVAL-ILL024V1 / STEVAL-ILL025V1

Master/Slave boards for LED display

based on STP16DP05 LED matrix driver and

STM32F103 microcontroller

• Keyboard interface for display data configuration

• MicroSD card interface for data storage

• GPS Interface

• 16x32 LED matrix display

UM0767

• 32 LED matrix

• Adjustable brightness

• Adjustable blinking speed

• Animated text capability

• DC-DC converter for high efficiency

STEVAL-ILL003V2

High-brightness LED driver

without diagnostic demonstration board

based on STP16CP05

AN2141

4x8 LEDs

16x32 LEDs

• Adjustable brightness and color of each LEDs

• JTAG interface for C firmware update

• Mini USB connector for PC GUI

• GUI software for LED diagnostic

• Error Detection Feature

STEVAL-ILL015V1

RGB LED array with LED error

detection board based on the

STP24DP05 and STM32

UM0574

• Control unit with PS2 keyboard interface for data entry

• Control unit with LCD which displays text and background color options

• 3 config mode: data entry, audio playback or demonstration

STEVAL-ILL033V1 / STEVAL-ILL032V1

Master/Slave

RGB LED matrix demo boards

based on STP24DP05 and STM32

UM1449

16 RGB LEDs

16x16 RGB LEDs

207

IPC

Linear Voltage Regulator & Vref 208

Electronic Fuses Product ID Appl. Comp.

Resettable low voltage electronic fuse with

overvoltage, overcurrent and overtemperature

protection for 3.3V, 5V and 12V systems

STEF05 /12

STEF033

Security Systems

(White good) control boards

(Fan) Drives, STB

ON

MPS

High performance Vreg

Very low quiescent, low drop regulators in tiny

packages for low power MCU and FPGA power

supply.

LD39015/115

LD59015/ LDLN015

LDCL015 / STLQ015

Medical, bluetooth devices,

remote controls, touch

panels, mobile, handheld

devices

TI

RICOH

• Huge TAM of 390M$ in EMEA

• E-fuses rapidly becoming very popular in the industrial market, as

replacement of mechanical fuses and discrete protection solutions

Motivation

2013

Focus

LDOs Product ID Appl. Comp.

New LDOs offer cost-effective and easy to

implement point of load solutions.

LDK series (200mA)

LDL (1.2A) series

White good / Consumer

Hand-held application

TOKO/ SEIKO

RICHTEK

MITSUMI

Shunt Vref

Micropower high precision Voltage Reference

High power shunt reference for SMPS

application.

LM4041 / THVL431

TS4061*

SMPS

Medical, Bluetooth devices,

mobile, handheld devices, battery

powered instrumentation

TI

ON

FAIRCHILD

What is an LDO? Where can you find it?

What is an LDO?

Linear Regulation is a cost effective

mean to deliver a stable and regulated

output voltage, with design simplicity

and few external components.

Linear regulators are the basic building

block of almost every power supply.

The LDO is a Linear voltage regulator

which operates with a very low input-

output voltage differential (dropout

voltage), offering improved efficiency.

In those applications where the Output

current is less than or equal to a few

amps and the Output voltage (VOUT) is

close to the input one (VIN), the LDOs

provide the best cost/performance

tradeoff.

You can find ST’s LDOs in:

…and

…

Electronica2012_Presentation_Master 16_9.pptx

Basic parameters: The waterfall analogy 210

In an LDO the needed voltage gap

between the input and the output

(Dropout) is minimized, to the good of

the System Efficiency.

The Output current is almost the same

of the Input one, minus a small amount

needed to bias the LDO internal

circuits (Quiescent current)

Apart from the “minimum dropout

voltage” and the “quiescent current”

that are directly related with efficiency

and power consumption, there are a

few other merit parameters that have

to be evaluated when designing with a

LDO:

Static parameters: Line, Load and

temperature regulation

Dynamic parameters: PSRR, NOISE,

transient response

Package dimension and thermal

dissipation

Output Voltage

Input Voltage

Input current

Output current Quiescent current

SOURCE

LOAD

DROPOUT

VOLTAGE

How to choose an LDO?

PSRR (or SVR): indicates how well

an LDO rejects the ripple coming

from the input at various

frequencies. It is specified in dB

(the higher ,the better)

NOISE: is the level of noise

generated internally by the LDO

circuitry (the lower ,the better).

It is generally specified as integral

noise over a frequency band.

Merit parameters


Ultra low DropOut: Low voltage (5.5V), Low current (<300mA)

211

Higher efficiency, lower power dissipation

Fast transient response

Low quiescent current

Good dynamic performances (PSRR and

Noise)

SOT23-5L, SC70, DFN1.2x1.3 and CSP

packages

Main benefits

300mA

200mA

150mA

LD39015/LD3

9115

Drop: typ

80mV

LDCL015

Drop: typ

70mV

CAPLESS

LD3985

Drop: typ

60mV

LD39030

Drop: typ

200mV

LDK120

Drop: typ

150mV

LDK130

Drop: typ

200mV

Output

Current

Low power µC supply

(STM32, etc)

Game consoles and

accessories

Point of Sale

Battery powered equipments

Applications

LDCL015 150mA LDO

NO EXTERNAL

CAPs NEEDED


Ultra Low DropOut: LV (5.5V), Medium current (>300mA) 212

Higher efficiency, lower power dissipation

Fast transient response


Good dynamic performances (PSRR and

Noise)

DFN 3x3 and 4x4 , DPAK and PPAK

packages

Main benefits

1.5A

1A

500mA

LD39080

Drop: typ

150mV LD39050

Drop: typ

200mV

LD39150

Drop: typ

200mV

Output

Current

DSP and FPGA power supply

(STM32, etc)

TV and STB

Computer and Data storage

Accessories

Telecom infrastructure

Applications

LDFM

Drop: typ

150mV 16V

VIN

LD39100

Drop: typ

200mV

LDF

Drop: typ

200mV 16V

VIN

LD49300

Drop: typ

220mV

2A

3A LD39300

Drop: typ

200mV

LD39200

Drop: typ 130mV

LOW VIN, HIGH

PSRR


Ultra Low DropOut:

LD39200 – 2A high performance LDO 213

Very low startup voltage: from 1.25 to 6 V

Very low output voltage: from 0.5V

Guaranteed output current: 2A

Ultra low drop: 130 mV typ. At 2A

High PSRR: 70 dB @ 1kHz, 40 dB @ 1MHz

Very low noise: 45µVRMS/VOUT

Low quiescent current: 100 µA typ @ no load

Enable and Power Good functions

Reverse current protection

Packages: DFN6 3x3 and DFN8 4x4

Main benefits and Applications

• This high performance, medium power LDO is

designed for demanding applications.

• It offers a best-in-class dropout performance

without the need of additional biasing

voltage.

• It is designed to provide the maximum efficiency

in those environment where DC-DC switching

regulation is not allowed.

Typical applications are

Digital IC Power Supply

Telecom infrastructures

Consumer and Industrial Equipments POL

FPGA, DSP, ASIC dedicated Power Supply


Low quiescent current LDOs:

the Battery’s Life Protector 214

Ultra low quiescent current (Iq)

(down to 1.4µA)

Very low dropout

Wide range of miniaturized packages

Output current from 50 to 150mA

Extended input voltage range (up to

24V on ST715)

Maximize battery life

Reduce standby power

consumption

Minimized PCB area occupation

Easy design and implementation

Key Features

Main benefits This family of LDOs is designed for those

applications where power consumption is at

a premium:

• Medical/Health care equipments

• Smoke detectors and alarms

• Real-time clock backup power

• Electronic sensors

• Portable Consumer

Applications



the Battery’s Life Protector 215

STLQ50

ST715

STLQ015

LD39130

2.3 to 12

2.5 to 24

1.5 to 5.5

1.4 to 5.5

Ou

tpu

t c

urr

en

t [

mA

]

Qu

ies

ce

nt c

urre

nt [µ

A]

Device Input voltage [V]

Key Benefits

Maximize battery life

Reduce standby power consumption

Wide VIN range offer, for maximum

Flexibility

LD39130: Automatic Green Mode

operation

Packages

STLQ50: SC70 (2x2 mm2)

STLQ015: SOT666 (1.6x1.6 mm2)

ST715: SOT23-5L (2x2 mm2) & DFN8

(3x3 mm2)

LD39130: CSP4 bumps (0.69x0.69mm2)

& DFN6 - 1.2x1.3 mm2



the Battery’s Life Protector

Input voltage: from 1.4 to 5.5 V

Guaranteed output current: 300 mA

Automatic green mode for low

consumption at light loads:

1 μA typ in low power mode

55 μA typ @ 300 mA load

0.1 μA typ in off mode

High PSRR: 70dB @ 1kHz, 65dB @

10kHz

Very low dropout voltage: 300 mV typ @

300 mA

Internal soft start

Packages:

CSP 4 bumps 0.69 mm x 0.69 mm

DFN 6 leads - 1.2 mm x 1.3 mm

Input Voltage from 1.5V to 5.5V

Guaranteed output current: 150 mA

Ultra Low and constant quiescent

current:

1 μA (typ) at no load

1.4 μA (typ) at 150 mA load

1 nA (typ) in OFF mode

Logic controlled enable pin

Internal Current and Thermal Limit

Compatible with ceramic capacitor

Package:

SOT666-6leads 1.6 mm x 1.6 mm


The cost-effective program LDOs:

LDKxx and LDLxx family 217

LDK120

• 200mA, Low Drop, Noise reduction pin

• Available in SOT23-5L, SC70, DFN6 1.2x1.3

LDK130

• 300mA, Low Drop, Noise reduction pin


LDK220

• 200mA, Low Drop


LDKxx:

Low current (up to 300mA)

LDL112

• 1.2A, very low drop, Reverse current protection

• Available in SO8, DFN6 2x2 and 3x3

LDL212

• 1.2A, very low drop

• Available in SO8, DFN6 2x2 and 3x3

LDLxx:

Medium current (1.2A)


LDOs portfolio

Part

Number

Maximum

current

[mA]

Dropout

voltage @

max load

[mV]

Quiescent

current @

no load

(µA)

Input

Voltage

range

[V]

PSRR typ.

@ 1Khz

[dB]

Noise

[µVrms]

LDCL015 150 50 120 1.8-5.5 52 40

LD3985 150 60 85 2.5-6 60 30

LD39015 150 80 18 1.5-5.5 65 29

LD39115 150 80 20 1.5-5.5 74 30

STLQ015 150 115 1 1.5-5.5 40 75

LDK120 200 150 30 1.9-5.5 60 51

LDK130 300 200 30 1.9-5.5 60 51

LD39030S 300 200 20 1.5-5.5 62 30

Ultra Low dropout – Low current ( ≤ 300mA)


LDOs portfolio

Part

Number

Maximu

m

current

[A]

Typ Dropout

voltage @

max load

[mV]

Quiesce

nt

current

@ no

load (µA)

Input

Voltage

range [V]

PSRR

typ. @

1Khz [dB]

Noise

[µVrms]

LDFM 0.5 125 150 2.5-16 62 45

LD39050 0.5 200 20 1.5-5.5 65 30

LD39100 1 200 20 1.5-5.5 65 30

LDF 1 200 150 2.5-16 62 45

LD39200 2 110 100 1.25-6 70 45

LD39080 0.8 150 800 2.5-6 55 100

LD39150 1.5 200 800 2.5-6 55 100

LD39300 3 200 1000 2.5-6 55 100

LD49150 1.5 120 4000 1.4-5.5 68 65

LD49300 3 220 4000 1.4-5.5 68 65

Ultra Low dropout – Medium current ( > 300mA)


LDOs portfolio

Part

Number

Maximum

current

[A]

Quiescent

current @ no

load (µA)

Typ Dropout

voltage @

max load

[mV]

Input

Voltage

range [V]

PSRR typ.

[dB]

Noise

[µVrms]

STLQ50 50 3.5 400 2.3-12 30 560

ST715 85 3.8 500 2.5-24 45 95

LD39015 150 18 80 1.5-5.5 65 29

LD39115 150 20 80 1.5-5.5 74 30

LDLN015 150 17 86 2.1-5.5 92 6.3

STLQ015 150 1 115 1.5-5.5 40 75

LD59015 150 31 150 2.3-5.5 76 20

LD39030 300 20 200 1.5-5.5 62 30

LD39130 300 1-55 300 1.4-5.5 70 38

LD39050 500 20 200 1.5-5.5 65 30

LD39100 1000 20 200 1.5-5.5 65 30



LDOs portfolio

Part

Number

Maximum

current

[A]

Quiescent

current @ no

load (µA)

Typ Dropout

voltage @

max load

[mV]

Input

Voltage

range [V]

PSRR typ.

@1kHz

[dB]

Noise

[µVrms]

LD39015 150 18 80 1.5-5.5 65 29

LD39115 150 20 80 1.5-5.5 74 30

LDLN015 150 17 86 2.1-5.5 92 6.3

LD3985 150 60 85 2.5-6 60 30

LD59015 150 31 150 2.3-5.5 76 20

LD39030 300 20 200 1.5-5.5 62 30

LD39130 300 1-55 300 1.4-5.5 70 38

LD39050 500 20 200 1.5-5.5 65 30

LD39100 1000 20 200 1.5-5.5 65 30

Low noise/High PSRR


LDOs portfolio

Part Number Maximum

current [A] Package

Package

dimension [mm2] Characteristics

Input Voltage

range [V]

STLQ50 50 SC70 2x2 Ultra low IQ 1.5-5.5

LD39015J 150 CSP4 bumps 1.1x1.1 Low noise 1.5-5.5

LD39115 150 CSP4 bumps 0.8x0.8 Low noise 1.5-5.5

LDLN015 150 DFN6 2x2 Ultra low noise 2.1-5.5

LD59015 150 SC70 2x2 High PSRR 2.5-6

STLQ015 150 SOT666 1.6x1.6 Ultra low Iq 1.5-5.5

LD39020 200 DFN4 1x1 High PSRR 1.5-5.5

LDK120 200 SC70

DFN6

2x2

1.2x1.3 Cost-effective 1.9-5.5

LDK130 300 SC70

DFN6

2x2

1.2x1.3 Cost-effective 1.9-5.5

LD39030 300 CSP4 bumps 0.8x0.8 Low noise 1.5-5.5

LD39130 300 CSP4 bumps

DFN6

0.69x0.69

1.2x1.3

Green mode

Ultra low Iq 1.5-5.5

Miniature


IPC

Handheld & Computer Pwr Mgmt

13/03/2012 223 Presentation Title

DCDC Step Down Product ID Appl. Comp.

6MHz, Steop Down, 50mA, PFM/WM ST1S15 Smart Phone, Tablet,

Medical, Gaming, POL,

Fairchild

TI

Analog D.

DC/DC Buck Boost

Battery Chargers for multi-chemistry battery charging

applications STBB1-A

Tablet, Storage,

Energy Pack, Gaming,

POL

TI

Point of Load DC/DC conversion (Controllers &

Converters, LDO) STBB2Jxx

Smart Phone, Tablet,

Medical, Gaming, POL TI

Battery Charger

Li-Ion Linear charger with LDO and power path STNS01 Sport band, Gaming -

• Strong Telecom Customers base in EMEA

Motivation

223

2013

Focus

STBB1-A The STBB1-A is a high efficiency, buck-boost converter able to

provide a wide input/output voltage range.

STBB1-A can operate with input voltages higher than, equal to, or

lower than the output voltage making the product suitable for single

cell Li-Ion, multicell alkaline or NiMH applications where the output

voltage falls within the battery voltage range.

224

• 1.5MHz switching freq

• Enable Pin

•Typical Efficiency > 90%

• 1A Output Current Capability

• Uses Tiny Capacitors and Inductors

• Power save mode at light load

• Available in DFN 3x3mm 10L

Device Summary

Iout capability 1 A

Vin range 2.0 – 5.5 V

Vout range 1.2 – 5.5 V

Typical Efficiency > 90%

• Single cell LI-ON and 3 cells alkaline, NI-MH powered devices • Memory, SD/MMC cards supply • MP3 Players • DSC • Camcorders • Cell Phones • Portable Printers • Mice and Keyboards

1A - High Efficiency Buck-Boost converter

with Power Save mode

225

Linear

Switching

Battery chargers- Key Product specification

P/N ICharg(A) VOUT (V) VIN(V) VinAMR(V) IPRE(A) Note

L6924D Prog up

to 1 4.1 or 4.2 2.5 to 12 15 Progr. by R

NTC, Timer, flags

L6924U Prog up

to 1 4.1 or 4.2 2.5 to 12 15 Progr. by R

NTC, Timer, flags

Low power

STBC08 Prog up

to 0.8 4.2 4.25 to 6.25 7 ICH/10 2 flags

STC4054 Prog up

to 0.8 4.2 4.25 to 6.25 7 ICH/10 1 flag

STBC21 Prog up

to 1.1 4.1 or 4.2 2.5 to 9 40uA Prog

Jeita, I2C, NVM,

Flags, Enable, NTC,

STNS01 Prog up

to 0.2 4.2 4.55 to 5.4 16 ICH/10

Power path, LDO,

Flags, Enable, NTC,

PG Power Good

I Inhibit.

P/N ICharg(A) VOUT (V) VIN(V) Fsw(MHz) VinAMR(V)

IPRE(A) Note

STBCFG01 Prog up

to 1.1 4.2

4.75 to

5.25 2 or 3 22 Prog

Power path, OTG,

Fuel gauge, IC, LDO

L6924U The L6924U is a fully monolithic battery charger that safely charges

single-cell Li-Ion/Polymer battery from either an USB power source

or an AC adapter.

In USB mode, the L6924U supports both low and high power mode.

The device can also charge from an AC wall adapter

226

• AC adapter or USB modes selection

• Fully integrated solution with power

MOSFET, reverse blocking diode, sense

resistor, and thermal control

• Both Linear and Quasi-Pulse operation

• Programmable charge current for both AC

adapter and USB power sources

• Programmable termination current

• Status outputs to drive LEDs or host

processor interface

•Battery absence detection

• NTC or PTC thermistor interface for battery

temperature monitoring and protection

• Small VFQFPN 16-leads package 3x3mm)

Device Summary

Max charge

current 1 A

Vin Max rating 16 V

Vin operating

range 2.5 – 12 V

USB power modes

Selectable:

High /Low

power

•PDA, GPS and MP3 players • USB powered devices • Cellular phones • Digital still camera • Wireless appliances

USB compatible - 1A Linear Battery Charger with

integrated power switch for Li-Ion/Li-Polymer

QFN 3x3 16L

L6924D Minimum application size

BATTERY

SHDN

OFF

ON

GND ISEL MODE

T PRG

I AC

I USB

I END

V OSNS

V OUT

TH V REF

V INSNS

V IN

ST1

ST2

AC adapter

or USB NTC

L6924U

V IN V IN

BATTERY

SHDN

OFF

ON

GND ISEL MODE

T PRG

I AC

I USB

I END

V OSNS

V OUT

TH V REF

V INSNS

V IN

ST1

ST2

AC adapter

or USB NTC

L6924U

V IN V IN

STNS01 The STNS01 is a linear charger for single-cell Li-Ion

batteries integrating an LDO regulator with automatic

power path management and several battery protection

functions.

The input supply voltage is normally used to charge the

battery and provide power to the LDO regulator

227

• Programmable charge current up to 200mA

• Integrated LDO (3V, 150mA)

• CC/CV charging algorithm

• 4.2V floating voltage

• Overcharge/Overdischarge protection

• Overcurrent protection

• Automatic input power selection (Bat or

USB)

•NTC temperature monitor

• Very low battery leakage in shutdown mode

Reverse current blocking

• Charging timeout

•Portable MP3 players • Portable low-power devices • Fitness portable devices

200mA – USB compatible Li-Ion linear battery charger

with LDO

DFN12L 3x3 mm2

Device Summary

Max charge

current 200 mA

Vin Max rating 16 V

Vin operating

range 4.5 – 5.4 V

SYS (SOURCE)

LDO. 3.1V, 100mA

USBPower Supply

Control Block

IN

LDO

CC/CVCharger

M1

M4

Enable

CHG

SD

M3

M2

CurrentLimit

BAT

RISET

NTC

T

IBAT Sense

CEN

BATSNS

M5

BATMS

ISET





11.40 – 11.55 Coffee break


13.25 – 14.00 Lunch



15.20 – 15.50









Protection – 2013 focus

05/03/2012

229

Presentation Title

Transient Suppressor (TVS) Product ID Appl. Comp.

Widest TVS range with highest power capability (up to 5kW)

IEC61000-4-5 rated TVS for power rail (500A @ 8/20µs)

Repetetive Voltage Suppressor

SMxxT – SMxJ

STIEC45

STRVSxxx

General purpose

Industrial - Telecom

Vishay ,ON

no comp.

ESD Protection (IEC 1000-4-2 : level 4), up to 25kV, low Ir ESDAxx General purpose Semtech, ON

Industrial / Factory Automation

Proximity sensors triple protection in one package

8 channel input termination with SPI in PLCs

Ethernet / Ethercat link in PLC (2 to 8 lines ESD protection)

SPT01-335DEE

SCLT3-8

HSP061 / 062

PLC

TI

TI

Semtech

LED bypass

Keep LED strings on, in case of LED open mode failure LBP01 LED lighting Littelfuse,ON,

Bourns

Trisil New Generation

Protection of telephone lines for phones, printers, faxes

modem, point of sales… SMP3100SCMC phone

Littelfuse,

Bourns

Automotive grade

Power rails / Automotive busses SMxxTY

ESDLIN-/ CAN Automotive

Vishay

NXP - ONs

• Protection TAM EMEA: ~ 300M$ • ST #1 ww with focus on reliability and safety • Highest power in the smallest package @ high temperature • Wide range from general purpose to Application Specific • Leader in input termination for factory automation

Motivation

230

PROTECTION – Industrial Applications 28/10/2013

Product TVS - Voltage vs. Power sorting

VR

M(V

)

Power 10/1000µs

3000 W1500 W600 W400 W

SMCJ / SM15T5.90 mm x 7.95 mm

SMC30J5.90 mm x 7.95 mm

SMBJ / SM6T3.60 mm x 5.35 mm

SMAJ2.55 mm x 5.05 mm

SMA6J2.55 mm x 5.05 mm

SMM4F1.90 mm x 3.80 mm

6V

188V

5000 W376V

BZW043.25 mm x 16 mm

P6KE3.25 mm x 16 mm

33V

1.5KE5.0 mm x 19 mm

40V

BZW509.0 mm x 19 mm

231


Product SMD TVS - Voltage vs. Power sorting

Siz

e (

mm

²)

3000 W

SM2T1.90 mm x 3.75 mm

1500 W600 W400 W200 W100 W

SMCJ / SM15T5.90 mm x 7.95 mm

SMC30J5.90 mm x 7.95 mm

SMBJ / SM6T3.60 mm x 5.35 mm

SMAJ2.55 mm x 5.05 mm SMA6J

2.55 mm x 5.05 mm

SMX1J1.00 mm x 1.45 mm

SMBF3.65 mm x 5.35 mm

SMM4F / SMM4FAVCL

1.90 mm x 3.80 mm

SMA4F2.60 mm x 5.20 mm

20 mm²

45 mm²

12 mm²

7 mm²

1.5 mm²

SMA8F2.60 mm x 5.20 mm

• STMITE Flat

• 400W 8/20µs

• Low Clamping voltage

• SMA Flat

• 800W 8/20µs

• Low Clamping voltage

232


Product ESD Array Roadmap

Home

Products S

ing

le lin

e2 lin

es

ESDA1524BJSOD123

30 pF

ESDA8V2-1JESDLIN1524BJSOD323

ESDA8V2-1MX2µQFN

300 pF

ESDAXXLSOT23

SOT666 ESDALC6V1P3

ESDALC6V1M3

µQFN

3 pF

Standard capacitance Low capacitance Ultra Low capacitance

CSPESDA14V2-2BF3

USBLC6-2SC6SOT23

SOT666

USBLC6-2P6DVIULC6-2P6HDMIULC6-2P6SATAULC6-2P6USBULC6-2P6

DVIULC6-2M6HDMIULC6-2M6SATAULC6-2M6USBULC6-2M6

µQFN

CSPUSBULC6-2F3

CSPESDA18-1F2LFTVSXX-1F3

ESDALCxx-1x2ESDALC5-1Bx2ESDAVLC8-1Bx2

0402 ESDARF01-1BM2

CSP ESDA14V2-1BF3

ESDALC14V2-1U2ESDALC8-1BU2

0201

0402

Recommended for 8/20µs surge protection

1 pF

Extremely Low capacitance

ESDAXLC6-1BU2ST0201

233


Product ESD Array Roadmap

Home

Products

4 lin

es

5 lin

es

30 pF300 pF 3 pF

Standard capacitance Low capacitance Ultra Low capacitance

ESDA6V1-4BC6ESDAXXSC5/6

SOT23

ESDA25W5ESDA6V1W5SOT323

SOT666

ESDA6V1P6ESDA14V2-4BP6ESDA25-4BP6

ESDA6V1M6µQFN

ESDA6V1-5SC6ESDA17/19-5SC6SOT23

ESDA6V1-5W6SOT323

SOT666 ESDA6V1-5P6

ESDA6V1-5M6ESDA6V1-5T6

µQFN

CSPESDA14V2-4BFxESDALC6V1F2

ESDALC6V1W5SOT323

SOT666 ESDALC6V1Px

ESDALC6V1M6µQFN

SOT666 ESDALC6V1-5P6

ESDALC6V1-5M6ESDALC6V1-5T6

µQFN

SOT23 DALC208SC6

CSPDSILC6-4F2HDMIULC6-4F3

SOT666 DSILC6-4P6

SOT23

HDMIULC6-4SC6DVIULC6-4SC6USBLC6-4SC6DSILC6-4SC6

ESDAVLC6-4BN4µQFN

ESDALC6-4N4µQFN

234


Product HSP – High Speed Protection

Home

Products

USBULC6-2F3

USBULC6-2N4

USBULC6-2P6 USBLC6-2P6

USBULC6-2M6

USBP01-5M8 Compatible with audio

USBULC6-3F3

USBP02-8MX18

US

B2

.0

US

B +

ID

US

B +

VB

US

U

SB

3.0

4 GHz

5 GHz

6 GHz

7 GHz

13 GHz

HSP061-2M6

USBULC6-2N4

HSP061-2P6

HSP061-4NY8

HSP061-8M16

HSP061-4F4

HSP062-2M6

HSP062-2P6

HDMIULC6-4F3

SATA 6 Gbps 10.6 GHz

HDMI 3.4 Gbps 4.7 GHz

USB3.0 5.0 Gbps 4.4 GHz

MIPI 1.0 Gbps 2.3 GHz

28V

6V

MHL 5 Gbps 5.0 GHz

HSP061-4M10 HSP061-4N10 HSP051-4N10

PLC Interface Protection Overview

A-

A+

SMM4F33A ESD with +/- 30kV contact

ASI Interface Actuator & Sensor Interface

DATA CLK V+ COM SHIELD

Seriplex Interface

ESDA14/25xx ESD protection in SOT666/ 323/ 23

RxD

TxD

GND

CTS

RTS

RS232 Interface

ESDA6V1/ 14/ 25xx ESD protection in SOT666/ 323/ 23

RS422&485 Interface

ESDA6V1/ 14/ 25xx ESD protection in SOT666/ 323/ 23

RxD+TxD+

GND

RTS-

CTS+

RTS+

RxD-TxD-

CTS-

CAN Interface

ESDA5V1L/ 6V1L/ ESDALC6V1 ESD protection in SOT663 / SOT23

CAN_H

CAN_L

Driving Circuits

Sensing Circuits

Cable

µC STM8X TDE1707/08, L6362

Control

Part Driver

Pro-

tection

SPT01-335

Protection for

Proximity Sensor

QFN (3x3) SPT01-335 Triple Transil with Vbr >36V

Sensor standard EN60947-5-2

Other Automation Protection

ETP01 3 Triple Trisil in one SO8

Ethernet Protection Up to 100 Mbps

RX-RX-

RX+ RX+

TX-TX-

TX+TX+

75

75

RJ4

5 C

on

necto

r

10/1

00M

bps E

thern

et T

ransfo

rmer

10/1

00M

bp

s E

thern

et Tra

nsceiv

er

2 x ETP01-xx21

DVIULC6-4SC6

75

75

SLVU2.8 or DSL01 3 Triple Trisil in one SO8 /

Transil + Trisil in one package

Ethernet Protection Up to 1 Gbps

+

+

RJ45 C

onnecto

r

100M

bps E

thern

et

Tra

nsfo

rmer

100M

bps E

thern

et

Tra

nsceiv

er

SLVU2.8-4A1

Power of Ethernet Protection

PEP01 4 Transil + 4 capacitors

in one SO8

Transil SMD – EOS

10/1000µs protection

Transil fully IEC61000-

4-5 compliant

STIEC45 500A @ 8/20µs in SMC

SMM4F – SMAJ -SMA6J –

SMBJ – SMCJ -SMC30J

12V or 24V DC Power

Supply Protection

TRANSIL protect you better

Competitors are derating

from 100% at 25°C to 0% at

150°C

ST

COMPETITION

ST : FULL power

capability guaranted up

to 110°C !

LEAKAGE CURRENT

- 5 times less than the

competition at 25°C

- Operating condition specified

IEC61000-4-5 specified

POWER CAPABILITY

at Tj Max

STANDARD

FULL COMPLIANCE

238

NEW UPGRADED TRANSILS :

FULL POWER CAPABILITY ADVANTAGE EXAMPLE

-Hypothesis : - Application protected by 1500W TVS from the market, SMC package

- Tj°C = 100°C

37%

100°C

37% of 1500W : 555W

600W Transil™ is still 600W at 100°C

SMBJ series or

SMA6J series can do the job

100°C

600W

5.90 mm x 7.95 mm

2.55 mm x 5.05 mm

SMC

SMA

TVS from the market

TRANSIL™ SPEC

GET TRUE POWER RATING WITH ST

NO NEED FOR COPPER HEATSINK : FOOTPRINT = JEDEC

Repetitive Voltage Suppressor - STRVSxxx

Context

• STRVS Family is specifically made

and specified for repetitive

overvoltages protection

• The surge does not necessarily

come from a lightning surge but

occurs in normal conditions of

operation each time the MOS is

commuting : repetitive spikes

• Example: Flyback topology in SMPS

INDUSTRIAL Switching relays

Flyback

POWER-SUPPLY

SOLAR

INVERTER METERING

Transient Voltage

Suppressor (TVS)

Repetitive Voltage

Suppressor (RVS)

240 When your Applications require

Repetitive Overvoltage specification at high temperature

Positioning versus existing ST portfolio 241

Part Numbers Tj Max Vcl Wave Package

STRVS118X02C 150°C 118V (typ) at 2A at 125°C SMC

STRVS142X02F 175°C 142V (typ) at 2A at 125°C DO-201


STRVS185X02B 150°C 185V (typ) at 2A at 125°C SMB


STRVS225X02E 175°C 225V (typ) at 2A at 125°C DO-15

STRVS248X02C 150°C 248V (typ) at 2A at 125°C SMC



SM6T220A 150°C 328V (max) at 2A at 25°C 10/1000 µs SMB

SMA6J 150°C 134V (max) at 4.6A at 25°C 10/1000 µs SMA

Conclusion – Key message • Key features

• Application oriented datasheet:

• VCL @ 125°C

• Rd @ 125°C

• Improved power derating vs. temperature

• Benefits

• Better protection with smaller package vs. competition

• Customers design effort reduced & Transil™ over sizing avoided

• Reduced power consumption vs. discrete protection (RC snubber)

• Improve clamping voltage accuracy

• Space saving vs. discrete solution (RC snubber)

• Datasheet link

• Application Note AN4209

242


STRVS Protection for

ST companion chips

VIPers

HVLED

Power MOSFETs

ALTAIR

http://www.st.com/st-web-ui/static/active/en/resource/sales_and_marketing/promotional_material/flyer/flstrvsprot0313.pdf?s_searchtype=keyword

Infotainment ISO10605 (ESD) and ISO7637-3 pulses protection devices

Protection for Automotive ONE SLIDE SUMMARY

243

Very High speed DVIULC6-4SC6Y

• For datarate up to 3.5 Gbps

• For 5V analog or digital

signals

• Ultra Low capacitance :

850 fF

• VBR min = 6.1V

• SOT23-6L (8 mm²)

High Speed

USBLC6-xSC6Y

• For datarate up to 500

Mbps

• For 5V analog or digital

signals

• Low capacitance : 3 pF

• VBR min = 6.1V

• SOT23-6L (8 mm²)

Low speed protection in SOT23

• For keys, SD card, SIM, audio, touchscreen…

• For 5V, 12 and 24V analog or digital signals

• VBR min = 5.3V or 6.1V or 14.2V or 25V

• SOT23 (8 mm²)

Power rails ISO7637-2 pulses protection devices

TVS - SMxxTY

• VRM = [5V to 70V]

• ISO7637-2 pulse 1, 2 and 3

PPP [400W to 3000W]

• Uni & bidirectional

• Part numbers • SM4TY : 400W SMA

• SMA6TY : 600W SMA

• SM6TY : 600 W SMB

• SM15TY : 1500 W SMC

• SM30TY : 3000 W SMC

Communication buses

ESDCAN24-2BLY

• Dual-line protection

• Compatible with • High speed CAN

• Reverse battery

• Jump start

• VCL ISO7637-2 pulse 3 <

40V

• VBR = 27 V min

• SOT23-3L

Load dump - LDP01Y

• Can pass load dump :

ISO7637-2 pulse 5b

• VRM = [6V to 70V]

• PPP = 7000W

• Uni-directional

• D²PAK

ESDLIN1524BJ • ISO10605 : 23 kV contact

• Forward VBR = 24 V for

jump start compatibility

• Reverse VBR = 15 V for

reverse battery

compatibility

• SOD323

ISO10605 - 30 kV contact

ISO10605 - 18 kV contact ISO10605 - 15 kV contact

ESDALY ESDA14V2SC5Y ESDASC6Y


CAN_H

CAN_L


Samples : Q2’13

IPADTM for non-mobile – 2013 focus 244

RF IPD 2.4GHz Balun for Industrial, Scientific, Medical Product ID Appl. Comp.

Balun with integrated matching and Filtering for Nordic NRF24/51

transceiver

For ST SPIRIT device 868 / 915MHz ( available )

For TI Transceiver 2.4GHz CC25xx ( available)

BAL-NRF01D3

BAL-NRF02D3

BALF-SPI-01D3

BAL-CC2501D3

Zigbee, Bluetooth

2.4Ghz, Sub-Ghz Discrete solution

IPADTM

HDMI interface with levelshifter, current limiter and ESD

protection (on source side) HDMI2C1-5DIJ Set Top Box

Integrated EMI Filtering incl. ESD protection EMIFxx M2M, Medical OnSemi, NXP

ECMFTM

ESD Protection with Integrated Common Mode Filter for high

speed data interface e.g. USB3.0 ECMFxx-HSMX Industrial, Medical OnSemi, TDK

• ST World leader in IPADTM TAM EMEA: 60M$

• New RF IPD adress wireless data communication in industrial environment • Increasing number of applications outside mobile phone: CAGR>40% in

SmartMetering, M2M, Medical, Factory Automation

Motivation

BAL-CC25-01D3 for Texas Instrument

2.4 GHz Wireless radio

TI CHIPSET APPLICATION POSITIONING ST BALUN PROPOSAL

CC2530 CC2531 CC2533

SOC RF + MCU

BAL-CC25-01D3

CC2540 CC2541

CC2541S CC2543 CC2544 CC2545

BT LE + proprietary SOC

CC2570 CC2571

ANTTM RF (no MCU)

Network processors

CC8520 CC8521 CC8530 CC8531

Wireless Audio RF SOC + Audio + USB

253

ST Internal

BAL-CC25-01D3 for Texas Instrument

2.4 GHz Wireless radio 254

BAL-CC25-01D3

Key Features 2.45 GHz Balun with integrated matching network Matching optimized for following chipsets:

CC2530, CC2531, CC2533, CC2540, CC2541, CC2541S, CC2543, CC2544, CC2545, CC2570, CC2571, CC8520, CC8521, CC8530, CC8531

Integrates Harmonic Filter

Benefits Low Insertion Loss Ultra small package (0.88mm²) Divides by 10 the PCB area Very stable performance (low process & temp dispersion, …) compared to discrete Complies with ETSI & FCC standards

0.94 x 0.94 mm²

Mass Production

ST Internal

BALF-SPI-01D3 Companion chip to SPIRIT1 256

BALF-SPI-01D3

Key Features Balun with integrated matching & Harmonic Filter

for SPIRIT1 RF IC

Benefits Covers all ETSI, FCC & ARIB : 868 to 920 MHz frequency range Ultra Small Package (2.0 x 1.4 = 2.8 mm²)

Reduce Size (up to 90% vs discrete solution) Replaces 15 SMD components ! Reduce Cost (-20% on BOM + PCB)

Faster design time (No validation needed at customer) No components dispersion or temperature variation

Function guaranteed. Reduced PCB sensibility

Mass Production

Better trade-off performances (Tx Power / Harmonics) versus discrete SMD

ST Internal

257

RX

Balun

TX

Matc

hed

Filte

r

RX Balun + Filter

DIS

CR

ETE

SMD

R

F IP

D

~ 37 mm²

2.8 mm²

BALF-SPI-01D3 Companion chip to SPIRIT1

Smaller versus Discrete

-90%

SPIRIT1

SPIRIT1

IPC - INDUSTRIAL & ASIC

Factory Automation ICs

14/03/2012

259

Presentation Title

High Side Switch Product ID Appl. Comp.

New low Rds_on (80mOhm) dual and quad

channel Highside driver

L6370Q (now in QFN)

VNI2140

VNI4140K

VNI4140K-32 (1A version)

Digital Output in factory

automation, PLC Infineon

8 channel Highside driver family VN808x / VN808CM

VN808x-32



8 channel parallel /SPI Highside driver with low

Rds_on (110mOhm) in PSSOP36 package

Isolated Octal Highside Driver

VNI8200XP (available now)

ISO8200B (available now)



Highspeed I/O Link MasterTransceiver / SIO mode

HS/LS driver in QFN package L6360


automation, PLC

Maxim

Renesas/

Elmos

ZMD

1 channel 2.5A HS driver , 2 x diagnostic for safety

relevant application, in QFN package L6370Q


automation,

PLC, SIL3 safety

Infineon

• Output channels TAM EMEA: ~ 75M$ - 100M$ (HS and LS) • All granularities 1 channel to 8 channel available • Huge customer base in MM and major KA in EMEA

Motivation

2013

Focus

IPS Targeted Applications

• Factory Automation

• Programmable Logic Controller

• Programmable Automation

Controller

• Distributed I/O modules

• Process Instrumentation

• Textile Industry

• Sewing machines

• Building Automation

• Alarms / Security systems

• Agricultural Systems & Vehicles

• Hydraulics/pneumatics control

(due to 24V supply system)

• Green Energy Applications

• Windmills (auxiliary functions)

• Motor Drives

• AC Variable Speed Drives

• Additional I/Os for sensors /

actuators

Key Advantages of ST IPS

•Better efficiency

•Lower dissipation

•In most cases better than competition! Low RDSON

•Current limit set close to the nominal value

•Narrow tolerance dissipation savings, better EMI Precise Current Limiter

•High flexibility

•Extended diagnostics with SPI Parallel or SPI interface

•Starting with ISO8200B with embedded isolation

•Next isolated IPS development in progress Standard or Isolated*

•Better reliability

•PCB protection

•Lower Dissipation

Additional “case” thermal protection sensor

•Wide scale from no diagnostic up to advanced diagnostic set (under-voltage, over-temperature, open load in OFF / ON state)

•DC/DC + LED drivers on the chip (VNI8200XP) High Efficiency

Variety options for Diagnostic

•Compact dimensions

•High power capabilities

Tiny packages & good thermal performance

* In qualification

Industrial power switches portfolio

Single Channel

• TDE1737DP

• TDE1747

• TDE1787

• TDE1798

• TDE1897RFPT

• TDE1898

• TDE3247

• L6370

• L6375

• L6377

• VN540

• VN751

• TDE1707BFP

• TDE1708DFT

Dual Channel Octal Channel Quad Channel

• L6374

• L6376

• VN330 (-32)

• VN340 (-33)

• VNI4140K

• VNI4140K-32

• VNQ860

• L6360 1)

• VNI2140J

1) 2 drivers + 2 receivers

Marketing focus

products

Legend:

• VN808

• VN808-32

• VN808CM

• VN808CM-32

• VNI8200XP

• ISO8200B

New

New

L6370, Single Channel IPS

Key features

• Supply Voltage 9.5V to 50V

• Output current 2.5A

• RDSON typical 70mΩ

• Non-dissipative short circuit

protection

• On state open-load detection

(1 to 6mA)

• Short to VCC detection

• Under-Voltage detection

• Adjustable ON time at short

circuit or overload conditions

• Programmable Current limiter

• 2-bit Diagnostics

• On chip Status LED driver

• QFN 7x7 mm and

Power-SO20 packages

QFN-48 7 x 7 mm PowerSO-20

L6370Q: High Power with Less Space

QFN 7x7x1 – 48L

max. 50°C/W

MINIATURIZATION / GOOD THERMAL PERFORMANCE

Footprint:

16 x 14.5 = 232mm2 - 79% Footprint Area

L6370Q

PowerSO-20

L6370D

Space savings

Footprint:

7 x 7 = 49mm2

L6370Q Evalboard

• Order Code: STEVAL-IFP020V1

• Application Immunity verified

• IEC61000-4-2, ESD, Contact / Air, both higher than ±25kV

• IEC61000-4-4, Burst, > ±4kV, performance criteria A

• IEC61000-4-5, Surge, 42Ω/0.5µF, > ±3kV, common / differential modes

VNI2140J – Dual HSD (80mΩ)

Key features

• Supply Voltage 9V to 45V

• Output current per channel 1A

• RDSON = 80mΩ (typ. @25°C)

• Narrow current limitation spread

1A ÷ 2A

• Low quiescent supply current

300μA (All OFF), 1.9mA (All ON)

• Low thermal resistance

• Short circuit protection

• Junction over-temperature protections

(each channel)

• Additional case over-temperature

protection (common for all chan.)

• Non-simultaneous channel restart to

minimize supply current peak & EMI

• Open load in off-state and short to

VCC detection

• Two open-drain diagnostic outputs

• Conform to IEC 61131-2 Redesigned product with outstanding

immunity available in full production!

Case Temp

Detection

X2

IN 1

IN 2

GND

Output

Vcc Under-Voltage

detection

Current

Limit

Vcc-Out

Clamp

Status 2

Status 1

Junction Temp

Detection

Logic

Open Load Detection

VNI2140J Evalboard

• New Order Code: STEVAL-IFP010V3





VNI4140K / -32 Quad HSD (80 mΩ) Key features


• Output current per channel

0.7A / 1A (-32)

• RDSON = 80mΩ (max. @25°C)


0.7A ÷ 1.7A / 1A ÷ 2.6A (-32)

• Low quiescent supply current

250μA (All OFF), 2.4mA (All ON)


• Four independent diagnostic outputs


• Junction over-temperature

protections (each channel)



• Non-simultaneous channel restart to

minimize supply current peak & EMI

• Conform to IEC61131-2

Logic

X4

Status 4

IN 1

IN 4

IN 2

IN 3

GND

Output

Vcc Under-voltage

detection

Current Lim.

Vcc-Out

Clamp

Status 3

Status 2

Status 1 Junction Temp

Detection

Case Temp

Detection

PowerSSO-24

Rth(J-C) 2°C/W (max.)

Rth(J-A) 30°C/W simply reachable with passive cooling

Redesigned product with outstanding

immunity available in full production!

Active!

VNI4140K (-32) Short Circuit Operation

VCC

VIN

VDIAG

IOUT

TC

TJ

t

t

t

t

t

…

…

…

TJSD

TJR

TCSD

TCR

…

DIAG pin

• Provides only the

over-temperature

indication

• The short circuit itself

is not indicated

VNI4140K (-32): No Simultaneous Restart

• If case temperature is

exceeded, overloaded

channels are shut down

• When the chip is cooled

down, channels operation is

restarted

• Channels are activated one

after the other one, not at the

same time

Vcc +

Iout

Iout

Vdiag

1

2

3

4

t

t • Lower inrush current

• Better EMI

VNI4140K (-32) Evalboards

• Order Codes

• STEVAL-IFP006V1 for VNI4140K / 0.7A per channel

• STEVAL-IFP019V1 for VNI4140K-32 / 1A per channel





Few Reasons Why to Use the VNI4140K(-32)

instead of the VN330/340 (-32/33) • Low RDSON = 80mΩ

• VNI4140K (-32) has much lower RDSON than the VN330 / VN340 parts (80mΩ vs. 200mΩ @ 25°C)

• Therefore generates much lower power dissipation

• Case Temperature Sensor

• VNI4140K (-32) has additional temperature sensor close to the thermal slug connection which limits the

heatsink temperature ( protects PCB substrate), power dissipation & improves the application reliability

• Precise current limiter

• Current limiter of the new VNI4140K (-32) has more narrow tolerance (window) than the older ICs resulting in

lower dissipation, consumption, EMI noise…

• Non-simultaneous restart

• Overloaded channels of the VNI4140K (-32) are not restarted simultaneously but one after the other one with

an inserted delay

• This limits the EMI noise and inrush current

• Lower supply current

• VNI4140K (-32) application consumes less energy & dissipates less power (IS = 4mA vs. 6mA)

• Excellent EMC Immunity

• VNI4140K(-32) shows outstanding immunity against fast transients (burst), high energy surge & ESD in

accordance with IEC61000-4-4 / -5 / -2

On top of that VNI4140K (-32) costs approx. 20% less than the VN330/VN340!

VNI4140K (NEW) vs. VN340SP(OLD)

Parameter VN340SP VNI4140K Unit

ILOAD 0.613 0.613 A

RLOAD 47 47 Ω

VCC 28.8 28.8 V

VCLAMP 45 41 V

L 1.15 1.15 H

freq 0.5 0.5 Hz

RON 0.4 0.14 Ω

Iq 6 4 mA

# Ch / sw 2 2 -

# Ch / on 2 2 -

Total Power

Dissipation 0.993 0.572 W

0

0.2

0.4

0.6

0.8

1

VN340SP VNI4140K

Power dissipation

Pdemag

Pc

Pq

- 42.5%

Power dissipation decreased by

42.5% using the new chip!

VN808 (CM, -32) Octal HSD (150 mΩ)

Key features


• Output current per channel

0.7A / 1A (-32)

• RDSON = 150mΩ (typ. @25°C)


0.7A ÷ 1.7A / 1A ÷ 1.7A (-32)

• VCC/2 or CMOS (VN808CM) input

threshold


• Status LED driver (3mA)

• Common diagnostic output


• Junction over-temperature

protections (each channel)



• Conform to IEC61131-2

Rth(J-C) 1.3°C/W (max.)

Rth(J-A) 15°C/W simply reachable with passive cooling

PowerSO-36

Status

Out

VCC

Logic

X8

IN 1

IN 8

Under voltage

detection

Current Lim.

Vcc-Out

Clamp

Junction Temp

Detection

Gnd

Case Temp

Detection

VN808 (CM) Evalboards

• Order Codes

• STEVAL-IFP002V1 for VN808 / 0.7A per channel, VCC/2 threshold

• STEVAL-IFP001V1 for VN808CM / 0.7A per channel, CMOS threshold





VN808

VN808CM

New Products Positioning

Product Characteristics Application target System Benefit

VNI8200XP

• 8 channels

• Selectable SPI/Parallel interface

• Daisy-chain operation support

• Wide range use

• High channel count

Output modules

• Minimized amount

of isolators thanks

to SPI bus

• Only 4 isolators

necessary

• Extended

diagnostics

ISO8200B

• 8 channels

• Parallel interface

• Direct / Synchronous operation

• Galvanic isolation included

• Wide range use

• 8/16 bit Digital

Output modules

• No external

isolators

• High reliability

276

10x10 mm

System Benefits

• Reduced component count

• Reduced amount (&cost) of isolators

• Reduced power losses

• Safe Operation

• Less amount of controller I/Os

Key features

• Maximum supply voltage: 45V

• 8 Channel with Inductive Clamping (VCC - 45V)

• 0.11Ω typ /0.2Ω max @125°C

• Output Current: 0.7A per channel

• Serial/parallel selectable interface

• Short Circuit protection and thermal protection with

pre-warning detection

• 8 bit and 16 bit 5MHz SPI Interface for IC command,

control and diagnostic, daisy-chain

• Junction over-temperature protections (each channel)

• Additional case over-temperature protection (common

for all chan.)

• Low supply current

• Loss of GND protection

• Power Good diagnostic

• Under-voltage protection

• VCC clamp

• Common fault open drain output

• Integrated 3.3V/5V 100mA DC/DC converter

• Programmable Watchdog

• 4x2 Led Matrix integrated driver (outputs status)

• IEC 61131-2 compliant

VNI8200XP Octal HSD (110mΩ) New

VNI8200XP Key Benefits

• Low RDSON power stage

• 110mΩ @ 25°C

• Selectable parallel / SPI communication

• Integrated DC/DC converter

• Indication LED driver

• Fully protected

• Over-current / short-circuit

• Thermal protection with additional “case” sensor

(located close to thermal pad)

• Under-voltage

Tiny package:

PowerSSO-36

Dimensions: 10x10mm

only (including leads)

Low Power Dissipation

• High flexibility

• Extensive diagnostics

and cheaper galvanic

isolation in SPI mode

(thanks to less channels)

High

efficiency

High reliability

Smaller

PCB Size

VNI8200XP Application: SPI Advantage

@32 channel output module

µC

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

OPTO

VN808

VN808

VN808

VN808

Conventional Solution

with Parallel interface

36 Isolators (optocouplers)

µC

VNI8200XP

VNI8200XP

VNI8200XP

VNI8200XP

OPTO

OPTO

OPTO

OPTO

VNI8200XP Solution

with SPI interface

4 Isolators only !

Amount of isolated channels

is reduced rapidly thanks to the SPI bus

Non-Simultaneous Restart 280

time

Su

pp

ly C

urr

en

t

Behavior after cooling down the chip when all channels are ON

CASE restart condition

Channels are restarted one by the

other one (with inserted delay)

Supply current peaks are limited

& EMI disturbance is lower

time

CH 1 Restart

CH 2 Restart

CH 3 Restart

CH 4 Restart

CH 5 Restart

CH 6 Restart

CH 7 Restart

CH 8 Restart

VNI8200XP - Features & Benefits Not only each MOSFET junction

but an additional “Case”

temperature sensing

DC/DC converter with

synchronous rectification

SPI Interface for Control &

Diagnostic

Improves reliability of

the system

Improves system

efficiency Reduces power

dissipation providing

supply also for LEDs

& isolators

Minimizes amount of

signals reduces

cost of galvanic

isolation

Extended diagnostics

thanks to one or two

status bytes

Integrated LED matrix driver

Limits maximum

power dissipation

Non-simultaneous channel

restart after overload

Limits Inrush current

peaks

Improves EMI

disturbance

Reduces BOM

Improves Efficiency Reduces power

dissipation

VNI8200XP Evalboard



• IEC61000-4-2, ESD, Contact / Air, both higher than ±25kV (no silicon degradation)



System Benefits

• Reduced component count • Reduce System Level Losses • Safe Operation

ISO8200B Octal HSD (110mΩ)

Key features

• Galvanic Isolation according to EN 60664-1

Transient Overvoltage max. 3500VPEAK

• 8 Channel with Inductive Clamping (VCC - 45V)

• Maximum supply voltage: 45V

• 0.1Ω typ. / 0.2Ω max. @125°C

• Output Current: 0.7A per channel

• Parallel interface with Output Disable pin

• Direct Control Mode, Synchronous Control Mode

• Embedded Watchdog

• Short Circuit protection and thermal protection

• Channel independent over-temp detection and

protection

• Drives all type of loads (resistive, capacitive,

inductive)

• Loss of GND protection

• Under voltage protection

• VCC clamping

• Low supply current

• Common fault open drain output

• IEC 61131-2 compliant

Power Management

LOGIC LOGIC

Case Temp Detection

Current Limit

Junction Temp Detection

Output Clamp

Under Voltage Detection

Vcc Clamp

PowerSO36:

Excellent thermal

performance!

Just released!

ISO8200 System Benefits

Conventional solution

Isolator

Isolator

Isolator

Isolator

Isolator

Isolator

Isolator

Isolator

Isolator

Data 8x

Diagnostic

Driver

(e.g. VN808)

Microcontroller

e.g. STM32

(STM8)

or BUS ASIC

ISO8200 solution

Driver

ISO8200

Microcontroller

or BUS ASIC

I s

o l a

t i o n

…

• Less components

• Less space on a PCB

• High reliability

• Safe solution

• Simple to layout

• More components

• More space on a PCB

• Lower reliability

(soldering issues etc.)

• More difficult to layout

(EMC Immunity)

284

ISO8200B Key Benefits

• Embedded galvanic isolation

• Low RDSON power stage

• 110mΩ @ 25°C

• Direct or Synchronous operation

• Diagnostic output

• Fully protected

• Over-current / short-circuit

• Thermal protection with additional “case” sensor

(located close to thermal pad)

• Under-voltage

PowerSO36:

Excellent thermal

performance!

Less external components

(application BOM)

• High flexibility

• Possibility to synchronize

more outputs

Overload status monitoring

without additional external

components

High reliability

Less dissipation

higher efficiency

Benchmark with Competition 286

Parameter ISO8200B Closest competitor Benefit

Power Stage ON

resistance RDSON

150mΩ typ. @25°C

320mΩ max. @ 125°C

110mΩ typ. @25°C

200mΩ max. @ 125°C

Less

dissipation

Smaller propagation

delay in “Direct

mode”

Faster reaction

on the input

change

Sync mode support Possible to

synchronize

outputs

Temperature

Operating range -40-125°C -25-125°C

Extended

temp. range

150mΩ

320mΩ

26μs to 40μs 18μs to 38μs

ISO8200 supports synchronous mode which allows outputs synchronization of

several devices in order to update multiple outputs at the same time, jitter is

minimized to approximately 2 μs in this mode.

Same probability of

26μs and 40μs

Dominant probability of 18μs,

occurrence of 38μs is negligible

110mΩ

200mΩ

ISO8200B Evalboard



• IEC61000-4-2, ESD, Contact / Air, both higher than ±10kV (no silicon degradation)



ISO8200 Power Dissipation vs. Competition

Competitor ISO8200B Diff.

Iload 0.625 0.625 A

Rload 48.00 48.00 Ω

Vcc 30.00 30.00 V

Vclamp 53.00 45.00 V

L 1.15 1.15 H

f 0.5 0.5 Hz

Duty Cycle 50% 50%

Ron 0.32 0.20 Ω

Iq 10.00 8.00 mA

# Ch Active 2 2

Eoff 0.45 0.45 J 0.00

Poff 0.22 0.22 W 0.00

Pon 0.06 0.04 W -0.02

Pq 0.30 0.24 W -0.06

Psaved -0.08 W -8.1%

P 1.04 0.95 W -0.08

288

Current IPS Portfolio – Single Channel

Part VCC RDSON [ W ] IOUT [ A ] Technology Package Channels

TDE1737DP 8÷50 - 0.5 Bipolar DIP-8 1 (Low Side)

TDE1747 10÷50 - 0.5 Bipolar SO-14 1

TDE1787 6÷50 (60) - 0.3 Bipolar DIP-8 1

TDE1798 6÷50 - 0.5 Bipolar DIP-8 1

TDE1897RFPT 18÷35 0.4 0.5 MultiBCD DIP-8 1

TDE1898C 18÷35 0.4 0.5 MultiBCD SO-20 1

TDE3247 10÷36 - 0.25 Bipolar SO-14 1

L6370 9.5÷50 0.1 2.5 MultiBCD PowerSO-20 /

QFN-48L

1

L6375 8÷40 0.4 0.5 MultiBCD SO-20/SO-8 1

L6377 8÷40 0.4 0.5 MultiBCD SO-14 1

VN540 10÷45 0.05 2.8 VIPower PENTAWATT /

PowerSO-10

1

VN751 5.5÷45 0.06 2.5 VIPower PPAK / SO-8 1

TDE1707BFP 6÷48 - 0.5 Bipolar SO-8 1 (Hi & Low)

TDE1708DFT 6÷48 - 0.3 Bipolar DFN 8L 1 (Hi & Low)

HSD

Current IPS Portfolio – Multi Channel Part VCC RDSON [ W ] IOUT [ A ] Technology Package Channels

L6360 18÷36 1.2 / 2 0.5 MultiBCD VFQFPN-26L 2 (+ receivers)

VNI2140 9÷45 0.08 1 VIPower PowerSSO-12 2

L6374 10.8÷40 4 0.1 MultiBCD SO-20 4

L6376 9.5÷40 0.64 0.5 MultiBCD PowerSO-20 4

VN330 10÷45 0.2 0.7 / 1 VIPower PowerSO-10 4

VN340 10÷45 0.2 0.7 / 1 VIPower PowerSO-10 4

VNI4140 10.5÷41 0.08 0.7 / 1 VIPower PowerSSO-24 4

VNQ860 5.5÷41 0.27 0.25 VIPower SO-20/

PowerSO-10

4

VN808 10.5÷45 0.15 0.7 / 1 VIPower PowerSO-36 8

VNI8200XP 10.5÷45 0.11 0.7 VIPower PowerSSO-36 8

ISO8200B 10.5÷45 0.11 0.7 VIPower PowerSO-36 8 + Isolation

Part RDSON [ W ] Package Datasheet Eng. samples Comment

L6362A 2 DFN-10L

3x3 mm Available Q4/2013

General purpose transceiver /

IO-Link Device physical layer

IPS4200H / L 0.2 HTSSOP-20 Available Q1/2014

Quad High and Low side drivers

with adjustable limiter, open load,

- cost effective

IPS in Development

Our Innovation is Your business of tomorrow!

291

Documents

Power & Analog from ST - Compel