December 20. 2002

1
Introduction to 1200V Advanced NPT in IGBT

• December 20. 2002
• Discrete Product Marketing
• Fairchild Semiconductor
• ???????????? (www.pns4u.co.kr)
• 02-2107-7240

2
Agenda

• IGBT Structure
• Technology Trend by Segment
• Product Develop Plan
• Products Schedule
• EOL plan
• PDD Advanced NPT IGBT Target
• What is Merit of NPT ?
• Performance Comparison
• Ordering System
• Appendix.

3
IGBT Structure
PT (Punch Through)
NPT (Non Punch Through)
SDB (Silicon Direct Bonding)
.Good Productivity .Good
Productivity .Poor
Productivity .Cost High
.Cost Low
.Cost High .Bad to Parallel Connect
.Easy to Parallel Connect .No
additional Increase Eoff _at_ HT .Good SOA
.Excellent SOA
.Good SOA
.Long Tail
Current .Short Tail
Current


4
Technology Trend by Segment

• Technology trend PDD response
• Rating Segment Current
  Future PDD
  Response
• 400V Strobe
  Trench Trench
  Trench
• 600V MC PT,
  NPT NPT, Trench
  PT,Trench
• 900V IH
  Trench Trench
  Trench
• 1200V MC, IH NPT
  NPT, NPT(FS)Trench NPT
• 1500/1700V IH PT, NPT
  NPT
  NPT
• 
  
  MC motor control
• Competitor by Segment
• - Strobe IGBT Toshiba, Mitsubishi, Sanyo
• - IH application IGBT Infineon, IR
• - Motor drive Discrete Infineon, IR
• - Motor drive Module ( Complex type ,
  Molding type) Fuji , Semikron, Tyco
• - Smart Power Module Mitsubishi

5
Product Develop Plan
Year 2002 2002 2002 2002 2002 2002 2003 2003 2003 2003 2003 2003 2003
Month Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr May Jun Jul
1000V/60A (NPTTrench)
IH 1200V, 25A
Motor Drive 1200V, 25A/15A
2-PAK 1200V, 75A
Comment Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode. Vehicle for IH will be progressed with existing 1500V 10A damper diffused Diode Modules need Pt doped Diode.
Possibility
Vehicle
FABPKG
Reliability
Mass production 15,.25A
Mass production 5,10,15,20.25A for 24/25PM
Reliability
FAB PKG
Mass production 25 200A for 2-PAK
Reliability
FAB PKG
6
Products Schedule
Part FGA25N120AND FGA25N130AND FGL60N1
00BNTD FGA15N120AND FMS7G15US120 FMS7G10US120 FMS
7G5US120 FMM7G20US120 FMM7G25US120 FMG2G50US120
FMG2G75US120 FMG2G100US120 FMG2G150US120 FMG2G200U
S120
BV V 1200 1350 1000 1200 1200 1200 1200 1200
1200 1200 1200 1200 1200 1200
Vce(sat) v 2.5 2.5 2.5 2.5 2.0 2.0 2.0 2.0 2
.0 2.0 2.0 2.0 2.0 2.0
Package TO-3P TO-3P TO-264 TO-3P 25PIM 25PIM 25
PIM 24PIM 24PIM 7PM-GA 7PM-GA 7PM-HA 7PM-HA 7PM-
IA
Ic A 25 25 60 15 15 10 5 20 25 50 75 100 150
200
E(off) uJ/A 40 65 40 40 60 60 60 60 60 60 6
0 60 60 60
Typical Application IH Cooker JAR (1000W) IH
Jar (1100W) MWO IH Cooker (900W) Inverter I
nverter Welder, UPS, Inverter
Sample Available Mar. 2003 Mar. 2003 Aug.
2003 July. 2003 July. 2003 Aug. 2003 Aug.
2003 Aug. 2003 July. 2003 Aug. 2003 July.
2003 Aug. 2003 Aug. 2003 Aug. 2003
The schedule can be changed by marketing
schedule. Red color part number is vehicle
product in Module
7
EOL Schedule
2000
2001
2002
2003
2004
Target Application
UPS,Welder
7PM-AA (600V)
LTB
UPS,Welder
7PM-BB (600V)
LTB
UPS,Welder
7PM-EA (600V)
LTB
1200V SDB
IH,Inverter
LTB
(Discrete)
UPS,Welder
7PM-GA (600/1200V)
1200V
600V
7PM-HA
UPS,Welder
1200V
(600/1200V)
600V
UPS,Welder
7PM-IA (600/1200V)
1200V
600V
IH, Inverter
1200V NPT
1200V
(Discrete)
Inverter
600/1200V
1200V
(24PM/25PM)
600V
8
PDD Advanced NPT IGBT target

• - Set test results (IH Cooker) proved that the
  new PDD NPT IGBTs are better than competitors
  (Infineon)
• Mass production of NPT IGBT will use 180 um
  technology
• Reproducibility of 180 um technology have been
  verified

Motor Control target
IH Application target
Infineon
Note MTP measures Vce,sat _at_ 75A/cm2
PDD measures Vce,sat _at_ 85A/cm2
9
What is Merit of NPT ?
NPT IGBT
PT IGBT

• This Advanced NPT technology has been especially
  designed
• to provide Lower Static and Dynamic Energy
  Loss
• performance, excellent short circuit
  withstanding capability.
• These devices are designed according to their
  application
• such as IH and Inverter application.
• This Advanced NPT technology development targets
  for provide
• a leadership position in this market area
  with its performance
• and cost competency.

10
Performance Comparison
- Between PT(SDB) NPT IGBT (25A IH)
Item SDB NPT NPT NPT
Item SDB Infineon IR Fairchild(PDD)
Forward voltage drop, Vce,sat 2.3V _at_ RT 2.3V _at_ HT 3.2V _at_ RT 3.9V _at_ HT 3.2V _at_ RT 3.8V _at_ HT 2.5V _at_ RT 3.1V _at_ HT
Fall time 150 ns _at_ RT lt 40 ns lt 40 ns lt 50 ns
Tail Current _at_ resistive sw Short ( lt200ns) lt 400ns - lt 500ns lt 400ns
Eoff 80 uJ/A w/ Inductive 90 uJ/A w/ resistive 35 uJ/A Inductive 30 uJ/A resistive 31.7 uJ/A Inductive - 40 uJ/A Inductive 38 uJ/A resistive
Eon 11.2 uJ/A 22.6 uJ/A 23 uJ/A 23 uJ/A
SOA Good Very good Very good Very good
SCSOA Good Very good Very good Very good
Temperature Coeff. Positive over Ic,rated Positive(7mV/C) Positive(6mV/C) Positive (6mV/C)
PKG TO-264 TO-247 TO-247 TO-3P
Productivity Poor Good Good Good
11
Ordering System (1)
Discrete
F G A 25 N 120 A N D
Built-in FRD
Technology N(NPT) , T(Trench)
NT(NPTTrench)
Speed A (lt100ns), B (lt200ns)
C (lt500ns)
Voltage Rating(X 10)
N N-Channel
Current Rating
Package Type P TO-220 D D-PAK PF
TO-220F U I-PAK A TO-3P B D2-PAK AF
TO-3PF I I2-PAK L TO-264
Device Type G IGBT
Semiconductor S Semiconductor F Fairchild
12
Ordering System (2)
Module
F M M 7 G 30 U S 60 S N A
Revision Number (A, B, C)
Assignment of Current Sensing Pin (N, I)
Economic current rating E
AC Power Input Option (S Single Phase, Blank
Three Phase) Low / High side Option for chopper
Module (L, H)
Voltage Ratings(X 10)
Short Circuit Rated
Switching Speed(U Ultra, X Extra)
Current Rating
Number of Built-in IGBT(1G, 2G, 6G, 7G)
Module Package Type - M 24PM Series - S
25PM Series - G 7PM-G Series - C 21PM
Series
Fairchild Module
13
Appendix. 1
Module Conversion Table
Exist
New
50/75/100/150A _at_ 600V 50/75A _at_ 1200V
7PM-AA
7PM-GA
50/75/100A _at_ 600V
150/200/300A _at_ 600V 75/100/150A _at_ 1200V
2-PAK
7PM-HA
7PM-BB
150/200/300A _at_ 600V
300/400A _at_ 600V 200A _at_ 1200V
7PM-EA
7PM- IA
400A _at_ 600V
10/15/20/30A _at_ 600V 5/10/15A _at_ 1200V
25PM-AA
21PM-AA
10/15/20A _at_ 600V
PIM (6-PAK 7-PAK)
20/30/50A _at_ 600V 20/25A _at_ 1200V
21PM-BA
24PM-AA
30/50A _at_ 600V
Red color complete
1200VUnder Development with NPT Technology
14
Appendix. 2
25PM Line up Plan
Voltage Ratings Current Ratings Input Brake Ordering Code Schedule
1200V 5A 3 Phase X FMS6G5US120 Aug. 2003
1200V 5A 3 Phase O FMS7G5US120 Aug. 2003
1200V 10A 3 Phase X FMS6G10US120 Aug. 2003
1200V 10A 3 Phase O FMS7G10US120 Aug. 2003
1200V 15A 3 Phase X FMS6G15US120 July. 2003
1200V 15A 3 Phase O FMS7G15US120 July. 2003
Application Inverter
4
5
21
19
17
20
16
18
22
23
13
14
15
25
24
1
9
10
8
7
3
6
2
NTC
11
12
15
Appendix. 2
24PM Line up Plan
Voltage Ratings Current Ratings Input Brake Ordering Code Schedule
1200V 15A 3 Phase X FMM6G15US120 Aug. 2003
1200V 15A 3 Phase O FMM7G15US120N/I Aug. 2003
1200V 20A 3 Phase X FMM6G20US120 Aug. 2003
1200V 20A 3 Phase O FMM7G20US120N/I Aug. 2003
1200V 25A 3 Phase X FMM6G25US120 July. 2003
1200V 25A 3 Phase O FMM7G25US120N/I July. 2003
Application Inverter
(I-type)
(N-type)
16
Appendix. 2
2-PAK Line up Plan
1200V
7PM-GA
Type
7PM-HA
7PM-IA
FMG2G50US120 FMG2G75US120 FMG2G100US120E
FMG2G100US120 FMG2G150US120
FMG2G200US60A
Code
July. 2003
Aug. 2003
Aug. 2003
Schedule
Application UPS, Welder