SBR

DIO 2040 SBR brochure (Final Artwork)
25/2/10
10:45
Page 1
®
SBR
THE NEXT GENERATION
OF RECTIFIERS...
www.diodes.com
DIO 2040 SBR brochure (Final Artwork)
25/2/10
10:45
Page 2
DIODES INCORPORATED’S PRODUCTS ARE DESIGNED FOR HIGH PERFORMANCE,
ACROSS A WIDE RANGE OF EXISTING AND EMERGING APPLICATIONS
COMPANY OVERVIEW
SBR® : THE NEXT GENERATION OF RECTIFIERS
Diodes Incorporated is a leading
global provider of Discrete and
Analog semiconductors.
A focus on advancement of technology,
innovative products and collaboration
with customers from design to
production has resulted in Diodes
Incorporated's SBR portfolio's continual
market adoption and increasing market
share.
Its global footprint includes sales
offices in 5 countries and
manufacturing locations in China,
Europe and the USA.
A focus on product
innovation, cost
reduction, acquisitions
and customer service
has made Diodes
Incorporated an
industry leader.
Combining leading silicon and
packaging technologies, Diodes
provides a broad portfolio of
discrete semiconductors
comprising Bipolar Transistors,
MOSFETs, Schottky diodes, SBR,
switching diodes and functional
specific arrays to enable our
customers’ next generation designs.
The Diodes' Analog IC portfolio
consists of 6 main areas: Power
Management ICs, Standard Linear,
Lighting, Sensors, Direct Broadcast
by Satellite and Applications
Specific Standard Products.
SBR – The Next Generation of Rectifiers
Super Barrier Rectifier (SBR) is a proprietary
and patented Diodes Inc technology that
utilizes a MOS manufacturing process
(traditional Schottky uses a bipolar process)
to create a superior two terminal device
that has a lower forward voltage (VF) than
comparable Schottky diodes while
possessing the thermal stability and high
reliability characteristics of PN epitaxial
diodes.
Super Barrier Rectifier (SBR) diode is
designed for high power, low loss and fast
switching applications. The presence of a
MOS channel within its structure forms a
low potential barrier for the majority
carriers, thus SBR’s forward bias operation at
low voltage is similar to Schottky diode.
However, the leakage current is lower than
Schottky diode in reverse bias due to the
overlap of the P-N depletion layers and the
absence of potential barrier reduction due
to the image charge.
The Diodes SBR portfolio is ideally suited to
meet the circuit requirements of:
• Switch Mode Power Supplies (SMPS)
• Buck/Boost Diodes for DC-DC
Conversion
• Battery Chargers
• Reverse Polarity Protection
• Solar Panels
• LED Lighting
• Automotive Applications
Diodes Incorporated's SBR product
development strategy is focused on high
performance value added products for
growth market segments such as the Solar
Panel, LED Lighting, High Efficiency SMPS,
and automotive.
SBR and PowerDI are registered trademarks of Diodes Incorporated.
DIO 2040 SBR brochure (Final Artwork)
25/2/10
10:46
Page 3
INDEX
SBR 20V - 40V
4
SBR 45V - 60V
6
SBR 100V - 150V
8
SBR 200V - 300V
10
Common questions
about Super Barrier
Rectifiers (SBR®)
11
Page 3
DIO 2040 SBR brochure (Final Artwork)
25/2/10
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Page 4
SBR® Super Barrier Rectifiers 20V - 40V
Part Number
Configuration
Max Average Peak Repetitive Max Forward
Rectified
Reverse Voltage Voltage Drop
Current I(O) (A)
VRRM (V)
VF (V)
@ IF (A)
Max Reverse
Peak Forward Max Junction
Current IR @ VR (V) Surge Current
Temp
IFSM (A)
TJ max (°C)
(mA)
Package
Outlines
SBR0220LP
Single
0.2
a
20
0.48
a
0.2
0.05
a
20
a
5
a
150
a
DFN1006-2
SBR0220T5
Single
0.2
20
0.47
0.2
0.04
20
5
150
SOD523
SBR05U20LP
Single
0.5
20
0.50
0.5
0.05
20
5
150
DFN1006-2
SBR05U20LPS
Single
0.5
20
0.70
0.5
0.5
20
6
150
DFN1006H4-2
SBR05U20SN
Single
0.5
20
0.56
0.5
0.1
20
3
150
SC59
SBR07U20LPS
Single
0.7
20
0.50
0.7
0.5
20
7
150
DFN1006H4-2
SBR3U20SA
Single
3.0
20
0.39
3.0
0.5
20
66
150
SMA
SBR0230T5
Single
0.2
30
0.61
0.2
0.002
30
5
150
SOD523
SBR02M30LP
Single
0.2
30
0.61
0.2
0.0005
30
5
175
DFN1006-2
SBR02U30LP
Single
0.2
30
0.48
0.2
0.005
30
5
150
DFN1006-2
SBR130S3
Single
1.0
30
0.41
1.0
0.1
30
18
150
SOD323
SBR2A30P1
Single
2.0
30
0.45
2.0
0.2
30
75
150
PowerDI®123
SBR2M30P1
Single
2.0
30
0.46
2.0
0.2
30
75
175
PowerDI®123
SBR2U30P1
Single
2.0
30
0.40
2.0
0.4
30
75
150
PowerDI®123
SBR2U30SA
Single
2.0
30
0.39
2.0
0.5
30
66
150
SMA
SBR3M30P1
Single
3.0
30
0.51
3.0
0.2
30
75
175
PowerDI®123
SBR3U30P1
Single
3.0
30
0.40
3.0
0.5
30
75
150
PowerDI®123
SBR30U30CT
Dual
30
30
0.45
15
1.5
30
280
150
TO-220AB
SBR0240LP
Single
0.2
40
0.59
0.2
-
30
5
150
DFN1006-2
SBR1A40S3
Single
1.0
40
0.55
1.0
0.1
40
20
150
SOD323
SBR1A40SA
Single
1.0
40
0.50
1.0
0.5
40
25
150
SMA
a
7
7
4.25 mm
a
a
a
a
THE DIODES ADVANTAGE
DFN SBR® Product Family
Page 4
Product benefits
The SBR05U20LP offers industry leading low forward drop (VF)
combined with the lowest high temperature reverse leakage current
(IR) characteristics available on the market.
Large safe operating area (SOA) for superior reliability and higher
current operation.
Qualified to AEC-Q101 automotive
standards for high reliability, and
compliant with RoHS environmental
standards.
1.0mm
0.6mm
DIO 2040 SBR brochure (Final Artwork)
25/2/10
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Page 5
SBR® Super Barrier Rectifiers 20V - 40V (continued)
Part Number
Configuration
Max Average Peak Repetitive Max Forward
Rectified
Reverse Voltage Voltage Drop
Current I(O) (A)
VRRM (V)
VF (V)
@ IF (A)
Max Reverse
Peak Forward Max Junction
Current IR @ VR (V) Surge Current
Temp
IFSM (A)
TJ max (°C)
(mA)
Package
Outlines
SBR1U40LP
Single
1.0
a
40
0.49
a
1.0
0.05
a
40
a
5
a
150
DFN1411-3
SBR2A40P1
Single
2.0
40
0.50
2.0
0.1
40
75
150
PowerDI®123
SBR2A40SA
Single
2.0
40
0.55
2.0
0.5
40
25
150
SMA
SBR3A40SA
Single
3.0
40
0.50
3.0
0.4
40
50
150
SMA
SBR3U40P1
Single
3.0
40
0.47
3.0
0.4
40
75
150
PowerDI®123
SBR1040CT
Dual
10
40
0.55
5.0
0.5
40
120
150
TO-220AB
SBR1040CTB
Dual
10
40
0.60
5.0
0.5
40
85
150
TO-263
SBR1040CTFP
Dual
10
40
0.55
10
0.5
40
120
150
ITO220AB
SBR10U40CT
Dual
10
40
0.44
5.0
0.5
40
150
150
TO-220AB
SBR10U40CTFP
Dual
10
40
0.44
10
0.5
40
150
150
ITO220AB
SBR2040CT
Dual
20
40
0.53
10
0.5
40
120
150
TO-220AB
SBR2040CTFP
Dual
20
40
0.53
20
0.5
40
120
150
ITO220AB
SBR20A40CT
Dual
20
40
0.50
10
0.5
40
180
150
TO-220AB
SBR20A40CTFP
Dual
20
40
0.50
20
0.5
40
180
150
ITO220AB
SBR20U40CT
Dual
20
40
0.47
10
0.5
40
200
150
TO-220AB
SBR20U40CTFP
Dual
20
40
0.47
20
0.5
40
200
150
ITO220AB
SBR3040CT
Dual
30
40
0.55
15
0.5
40
200
150
TO-220AB
SBR3040CTFP
Dual
30
40
0.55
30
0.5
40
200
150
ITO220AB
SBR30A40CT
Dual
30
40
0.50
15
0.5
40
250
150
TO-220AB
SBR30A40CTFP
Dual
30
40
0.50
30
0.5
40
250
150
ITO220AB
SBR4040CT
Dual
40
40
0.53
20
0.5
40
280
150
TO-220AB
SBR4040CTFP
Dual
40
40
0.53
40
0.5
40
280
150
ITO220AB
a
7
7
4.25 mm
a
a
a
a
a
THE DIODES ADVANTAGE
PowerDI®123 SBR® Product Family
Product benefits
PowerDI®123 is a low profile power package that delivers a superior
thermal performance from a footprint that is 60% smaller than the
industry standard SMA.
Industry leading 3A current rating (SBR3U30P1) with high maximum
junction temperature of 150°C in a miniature package outline.
Highest ESD ±16 kV HBM (Grade 3B, 16kV) rating and ±25kV ESD Protection
(IEC61000-4-2 Level 4, Air Discharge).
Much higher avalanche power rating for ruggedness and high reliability
compared to traditional Schottky.
Large safe operating area (SOA) with maximum junction temperature of
150°C provides extra margin for high temperature applications.
PowerDI®123
Qualified to rigorous AEC-Q101 (automotive) standards for high reliability,
compliant with RoHS environmental standards.
Page 5
DIO 2040 SBR brochure (Final Artwork)
25/2/10
10:46
Page 6
SBR® Super Barrier Rectifiers 45V - 60V
Part Number
Configuration
Max Average Peak Repetitive Max Forward
Rectified
Reverse Voltage Voltage Drop
Current I(O) (A)
VRRM (V)
VF (V)
@ IF (A)
Max Reverse
Peak Forward Max Junction
Current IR @ VR (V) Surge Current
Temp
IFSM (A)
TJ max (°C)
(mA)
Package
Outlines
SBR1045CTL
Dual
a
10
a
45
0.55
a
10
0.5
45
a
90
a
150
a
TO252-3L
SBR1045D1
Single
10
45
0.55
10
0.45
45
180
150
TO252-3L
SBR1045SP5
Single
10
45
0.55
10
0.45
45
180
200*
PowerDI®5
SBR10U45D1
Single
10
45
0.57
10
0.5
45
125
150
TO252-3L
SBR10U45SD1
Single
10
45
0.47
10
0.3
45
200
200*
DO201AD
SBR10U45SP5
Single
10
45
0.47
10
0.3
45
275
200*
PowerDI®5
SBR12A45SD1
a
7
a
a
a
a
Single
12
45
0.48
12
0.5
45
200
200*
DO201AD
SBR2045CT
Dual
20
45
0.54
10
0.5
45
120
150
TO-220AB
SBR2045CTFP
Dual
20
45
0.54
20
0.5
45
120
150
ITO220AB
SBR20A45CT
Dual
20
45
0.50
10
0.5
45
180
150
TO-220AB
SBR20A45CTFP
Dual
20
45
0.50
20
0.5
45
180
150
ITO220AB
SBR3045CT
Dual
30
45
0.55
15
0.5
45
200
150
TO-220AB
SBR3045CTFP
Dual
30
45
0.55
30
0.5
45
200
150
ITO220AB
SBR3045SCTB
Dual
30
45
0.65
15
0.2
45
220
150
TO-263
SBR30A45CT
Dual
30
45
0.50
15
0.5
45
250
150
TO-220AB
SBR30A45CTB
Dual
30
45
0.55
15
0.5
45
175
150
TO-263
SBR30A45CTFP
Dual
30
45
0.50
30
0.5
45
250
150
ITO220AB
SBR4045CT
Dual
40
45
0.55
20
0.5
45
280
150
TO-220AB
SBR4045CTFP
Dual
40
45
0.55
40
0.5
45
280
150
ITO220AB
SBR40U45CT
Dual
40
45
0.52
20
0.6
45
280
150
TO-220AB
SBR60A45CT
Dual
60
45
0.60
30
1
45
350
150
TO-220AB
SBR60A45PT
Dual
60
45
0.58
30
1
45
280
150
TO-247
SBR30A50CT
Dual
30
50
0.55
15
0.5
50
260
150
TO-220AB
Single
0.5
60
0.50
0.5
0.1
60
15
150
SOD123
7
SBR0560S1
*DC only
THE DIODES ADVANTAGE
SBR10U45SP5 and SBR1045SP5 – SBRs for Solar Panels
Product benefits
PowerDI®5 is a low profile proprietary package that delivers a thermal
performance 50% lower than competing solutions, such as TO-252,
from a footprint that is 55% smaller.
Industry first PowerDI®5 bypass diodes designed in accordance to Solar
Industry Safety Standards (IEC61730-2, IEC61215-2).
Ultra-Low VF for reduced forward power loss to improve efficiency and
higher cell power generation.
Very low high temperature reverse leakage characteristics unlike
traditional Schottky rectifiers.
Large safe operating area (SOA) with maximum selectively rated 200°C
junction temperature for higher reliability.
High forward surge current rating (IFSM) to prevent against current surges
and lightning strikes.
Low profile height of 1.1mm for possible integration into the solar panels.
Page 6
DIO 2040 SBR brochure (Final Artwork)
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Page 7
SBR® Super Barrier Rectifiers 45V - 60V (continued)
Part Number
Configuration
SBR05M60BLP
Max Average Peak Repetitive Max Forward
Rectified
Reverse Voltage Voltage Drop
Current I(O) (A)
VRRM (V)
VF (V)
@ IF (A)
Max Reverse
Peak Forward Max Junction
Current IR @ VR (V) Surge Current
Temp
IFSM (A)
TJ max (°C)
(mA)
Package
Outlines
Bridge
a
0.5
a
60
0.49
a
0.5
a
0.1
a
60
a
8
a
150
a
DFN3030-4
SBR660CTL
Dual
6
60
0.57
3
0.5
60
80
150
TO252-3L
SBR8U60P5
Single
8
60
0.53
8
0.6
60
280
150
PowerDI®5
SBR1060CT
Dual
10
60
0.68
5
0.5
60
120
150
TO-220AB
SBR1060CTFP
Dual
10
60
0.68
10
0.5
60
120
150
ITO220AB
SBR10U60CT
7
Dual
10
60
0.48
5
0.5
60
150
150
TO-220AB
SBR10U60CTFP
Dual
10
60
0.48
10
0.5
60
150
150
ITO220AB
SBR2060CT
Dual
20
60
0.70
10
0.5
60
150
150
TO-220AB
SBR2060CTFP
Dual
20
60
0.70
20
0.5
60
150
150
ITO220AB
SBR20A60CT
Dual
20
60
0.65
20
0.5
60
180
150
TO-220AB
SBR20A60CTB
Dual
20
60
0.65
20
0.5
60
180
150
TO-263
SBR20A60CTFP
Dual
20
60
0.65
20
0.5
60
180
150
ITO220AB
SBR20U60CT
Dual
20
60
0.57
10
0.5
60
200
150
TO-220AB
SBR20U60CTFP
Dual
20
60
0.57
20
0.5
60
200
150
ITO220AB
SBR3060CT
Dual
30
60
0.70
15
0.5
60
200
150
TO-220AB
SBR3060CTFP
Dual
30
60
0.70
30
0.5
60
200
150
ITO220AB
SBR30A60CT
Dual
30
60
0.60
15
0.5
60
250
150
TO-220AB
SBR30A60CTB
Dual
30
60
0.63
15
0.5
60
180
150
TO-263
SBR30A60CTFP
Dual
30
60
0.60
30
0.5
60
250
150
ITO220AB
SBR4060CT
Dual
40
60
0.70
20
0.5
60
280
150
TO-220AB
SBR4060CTFP
Dual
40
60
0.70
40
0.5
60
280
150
ITO220AB
SBR40U60CT
Dual
40
60
0.60
20
0.5
60
280
150
TO-220AB
SBR40U60CTE
Dual
40
60
0.60
20
0.5
60
230
150
TO-262
SBR60A60CT
Dual
60
60
0.62
30
0.2
60
280
150
TO-220AB
a
7
a
a
THE DIODES ADVANTAGE
PowerDI®5 SBR® Product Family
Product benefits
With a thermal resistance of typically 1.5°C/W the PowerDI®5 package
delivers twice the power density from a footprint that is 55% smaller
than TO252.
With an off board package profile of 1.1mm - half that of the industry
standard TO252 – the PowerDI®5 package facilitates the design of lower
profile end applications.
Ultra low forward voltage (VF). Reduces power loss and enables the
design of more efficient end applications.
The SBR10U200P5 can operate with TJ of 175°C providing a higher
operating margin and making it ideal for high reliability applications.
With an avalanche rating 50% greater than equivalent schottky diodes
the SBR10U200P5 and SBR8U60P5 enable the removal of snubber circuits,
thus simplifying and reducing the cost of end designs.
A high forward surge current rating (IFSM) protects against large current
surges and lighting strikes.
Page 7
DIO 2040 SBR brochure (Final Artwork)
25/2/10
10:46
Page 8
SBR® Super Barrier Rectifiers 100V - 150V
Part Number
Configuration
Max Average Peak Repetitive Max Forward
Rectified
Reverse Voltage Voltage Drop
Current I(O) (A)
VRRM (V)
VF (V)
@ IF (A)
Max Reverse
Peak Forward Max Junction
Current IR @ VR (V) Surge Current
Temp
IFSM (A)
TJ max (°C)
(mA)
Package
Outlines
SBR02U100LP
a
Single
a
0.25
a
100
0.80
0.25
a
0.001
a
75
a
5
a
150
a
DFN1006-2
SBR05M100BLP
Bridge
0.5
100
0.73
0.5
0.025
100
8
150
DFN3030-4
SBR3U100LP
Single
3
100
0.79
3
0.2
100
32
150
DFN3030-8
SBR6100CTL
Dual
6
100
0.74
3
0.2
100
78
150
TO252-3L
SBR10100CT
Dual
10
100
0.80
5
0.2
100
120
150
TO-220AB
SBR10100CTB
Dual
10
100
0.84
5
0.2
100
80
150
TO-263
SBR10100CTFP
Dual
10
100
0.80
5
0.2
100
120
150
ITO220AB
SBR10U100CT
Dual
10
100
0.67
5
0.2
100
150
150
TO-220AB
SBR10U100CTFP
Dual
10
100
0.67
10
0.2
100
150
150
ITO220AB
SBR20100CT
Dual
20
100
0.82
10
0.1
100
150
150
TO-220AB
SBR20100CTE
Dual
20
100
0.82
10
0.1
100
180
150
TO-262
SBR20100CTFP
Dual
20
100
0.82
20
0.1
100
150
150
ITO220AB
SBR20100CTP
Dual
20
100
0.82
10
0.1
100
150
150
ITO-220S
SBR20A100CT
Dual
20
100
0.75
10
0.1
100
250
150
TO-220AB
SBR20A100CTE
Single
20
100
0.75
10
0.1
100
250
150
TO-262
SBR20A100CTFP
Dual
20
100
0.75
20
0.1
100
250
150
ITO220AB
SBR20U100CT
Dual
20
100
0.70
10
0.5
100
200
150
TO-220AB
SBR20U100CTE
Single
20
100
0.70
10
0.5
100
200
150
TO-262
SBR20U100CTFP
Dual
20
100
0.70
20
0.5
100
200
150
ITO220AB
SBR30100CT
Dual
30
100
0.85
15
0.1
100
200
150
TO-220AB
7
7
a
a
a
THE DIODES ADVANTAGE
SBR® Bridge Product Family
Page 8
4
Product benefits
2
Integrate 4 highly efficient SBR® diodes into one single 3.0mm x 3.0mm
leadless package, eliminating the need to use 4 separate individual
packages in a bridge configuration.
Top View
Device
Schematic
3
1
Large safe operating area (SOA) with maximum junction temperature of
150°C provides extra margin for higher reliability.
Packaged in a DFN3030-4 package with a tiny footprint of 9mm2 total
physical area, which is 52% smaller in total dimension area and 67%
less board space than other standard traditional packages like the
HD-DIP case.
Very low profile height of 0.6mm, making it ideal for continual reduction
of thinner and more portable applications.
DIO 2040 SBR brochure (Final Artwork)
25/2/10
10:46
Page 9
SBR® Super Barrier Rectifiers 100V - 150V (continued)
Max Average Peak Repetitive Max Forward
Rectified
Reverse Voltage Voltage Drop
Current I(O) (A)
VRRM (V)
VF (V)
Package
Outlines
Configuration
SBR30100CTFP
Dual
a
30
100
0.85
30
0.1
a
100
a
200
150
ITO220AB
SBR30100PT
Dual
30
100
0.90
15
0.1
100
200
150
TO-247AB
SBR30A100CT
Dual
30
100
0.80
15
0.1
100
250
150
TO-220AB
SBR30A100CTB
Dual
30
100
0.85
15
0.1
100
180
150
TO-263
SBR30A100CTE
Dual
30
100
0.80
15
0.1
100
250
150
TO-262
SBR30A100CTFP
Dual
30
100
0.80
30
0.1
100
250
150
ITO220AB
SBR30M100CT
Dual
30
100
0.85
15
0.012
100
250
200
TO-220AB
SBR30M100CTFP
Dual
30
100
0.85
30
0.012
100
250
200
ITO220AB
SBR40100CT
Dual
40
100
0.82
20
0.1
100
280
150
TO-220AB
SBR40100CTFP
Dual
40
100
0.82
40
0.1
100
280
150
ITO220AB
SBR40U100CT
Dual
40
100
0.72
20
0.5
100
235
150
TO-220AB
SBR40U100CTE
Dual
40
100
0.78
20
0.5
100
240
150
TO-262
SBR60A100CT
Dual
60
100
0.84
30
0.5
100
350
150
TO-220AB
SBR20A120CT
Dual
20
120
0.79
10
0.1
120
180
150
TO-220AB
SBR20A120CTFP
Dual
20
120
0.79
20
0.1
120
180
150
ITO220AB
SBR30A120CT
Dual
30
120
0.88
15
0.1
120
250
150
TO-220AB
SBR30A120CTFP
Dual
30
120
0.88
30
0.1
120
250
150
ITO220AB
SBR40U120CT
Dual
40
120
0.86
20
0.5
120
300
150
TO-220AB
a
7
SBR40U120CTE
a
a
a
@ IF (A)
Max Reverse
Peak Forward Max Junction
Current IR @ VR (V) Surge Current
Temp
IFSM (A)
TJ max (°C)
(mA)
Part Number
a
a
a
a
Dual
40
120
0.86
20
0.5
120
300
150
TO-262
SBR4U130LP
Single
4.0
130
0.75
4.0
0.1
130
40
150
DFN3030-8
SBR1U150SA
Single
1
150
0.70
1
0.1
150
42
150
SMA
SBR3U150LP
Single
3
150
0.83
3
0.05
150
33
150
DFN3030-8
SBR10150CT
Dual
10
150
0.88
5
0.25
150
120
150
TO-220AB
SBR10150CTE
Dual
10
150
0.92
5
0.25
150
100
150
TO-262
SBR10150CTFP
Dual
10
150
0.88
10
0.25
150
120
150
ITO220AB
SBR10U150CT
Dual
10
150
0.79
5
0.2
150
150
150
TO-220AB
SBR10U150CTFP
Dual
10
150
0.79
10
0.2
150
150
150
ITO220AB
SBR20150CT
Dual
20
150
0.88
10
0.1
150
150
150
TO-220AB
SBR20150CTFP
Dual
20
150
0.88
20
0.1
150
150
150
ITO220AB
SBR20A150CT
Dual
20
150
0.82
10
0.1
150
180
150
TO-220AB
SBR20A150CTFP
Dual
20
150
0.82
20
0.1
150
180
150
ITO220AB
SBR20U150CT
Dual
20
150
0.78
10
0.5
150
200
150
TO-220AB
SBR20U150CTFP
Dual
20
150
0.78
20
0.5
150
200
150
ITO220AB
SBR30150CT
Dual
30
150
0.92
15
0.1
150
200
150
TO-220AB
SBR30150CTFP
Dual
30
150
0.92
30
0.1
150
200
150
ITO220AB
SBR30A150CT
Dual
30
150
0.88
15
0.1
150
250
175
TO-220AB
SBR30A150CTFP
Dual
30
150
0.88
30
0.1
150
250
175
ITO220AB
SBR40150CT
Dual
40
150
0.90
20
0.1
150
280
175
TO-220AB
SBR40150CTFP
Dual
40
150
0.90
40
0.1
150
280
175
ITO220AB
SBR40U150CT
Dual
40
150
0.86
20
0.5
150
240
175
TO-220AB
SBR60A150CT
Dual
60
150
0.93
30
0.5
150
250
175
TO-220AB
7
Page 9
DIO 2040 SBR brochure (Final Artwork)
25/2/10
10:46
Page 10
SBR® Super Barrier Rectifiers 200V - 300V
Part Number
Configuration
Max Average Peak Repetitive Max Forward
Rectified
Reverse Voltage Voltage Drop
Current I(O) (A)
VRRM (V)
VF (V)
@ IF (A)
Max Reverse
Peak Forward Max Junction
Current IR @ VR (V) Surge Current
Temp
IFSM (A)
TJ max (°C)
(mA)
Package
Outlines
SBR10200CT
Dual
a
10
a
200
0.90
a
5
0.1
a
200
a
110
a
175
a
TO-220AB
SBR10200CTB
Dual
10
200
0.92
5
0.05
200
80
175
TO-263
SBR10200CTFP
Dual
10
200
0.90
10
0.1
200
110
175
ITO220AB
SBR10U200CT
Dual
10
200
0.82
5
0.2
200
150
175
TO-220AB
SBR10U200CTB
Dual
10
200
0.82
10
0.2
200
150
175
TO-263
SBR10U200CTFP
Dual
10
200
0.82
10
0.2
200
150
175
ITO220AB
a
7
a
a
a
SBR10U200P5
Single
10
200
0.88
10
0.1
200
50
175
PowerDI®5
SBR20A200CT
Dual
20
200
0.86
10
0.1
200
180
175
TO-220AB
SBR20A200CTB
Dual
20
200
0.84
20
0.1
200
180
175
TO-263
SBR20A200CTFP
Dual
20
200
0.86
20
0.1
200
180
175
ITO220AB
SBR30200CT
Dual
30
200
0.98
15
0.1
200
200
175
TO-220AB
SBR30200CTFP
Dual
30
200
0.98
30
0.1
200
200
175
ITO220AB
SBR40U200CT
Dual
40
200
0.89
20
0.2
200
240
175
TO-220AB
SBR40U200CTB
Dual
40
200
0.93
20
0.2
200
240
175
TO-263
SBR60A200CT
Dual
60
200
0.96
30
0.1
200
250
175
TO-220AB
SBR10U300CT
Dual
10
300
0.86
5
0.2
300
150
175
TO-220AB
SBR10U300CTFP
Dual
10
300
0.86
10
0.2
300
150
175
ITO220AB
SBR20A300CT
Dual
20
300
0.92
10
0.1
300
180
175
TO-220AB
SBR20A300CTFP
Dual
20
300
0.92
20
0.1
300
180
175
ITO220AB
SBR30300CT
Dual
30
300
1.03
15
0.1
300
200
175
TO-220AB
SBR30300CTFP
Dual
30
300
1.03
30
0.1
300
200
175
ITO220AB
SBR40U300CT
Dual
40
300
0.89
20
0.1
300
235
175
TO-220AB
SBR40U300CTB
Dual
40
300
0.92
20
0.1
300
200
175
TO-263
SBR60A300CT
Dual
60
300
0.94
30
0.1
300
235
175
TO-220AB
SBR60A300PT
Dual
60
300
0.94
60
0.1
300
300
175
TO-247
7
THE DIODES ADVANTAGE
300V SBR® Product Family
Product benefits
300V SBR® Ultra-Low VF and Low VF version packaged in standard
TO-220AB and ITO-220AB packages with wide current offering from
10A to 60A.
A significant 20-25% improvement in forward voltage drop (VF) compared
to traditional Ultra-Fast rectifiers with similar switching speed.
SBR60A300CT – the only 60A, 300V VRRM rated rectifier rated to 175°C.
Maximum junction temperature of 175°C to meet the requirements
of high ambient temperature operating environments.
Fast switching speed 50 nS (maximum value) and faster for RG1 test
conditions (IF = 0.5A, IRR = 0.25A, IR = 1A).
The higher VRRM of 300V SBR’s enable designers to simplify circuit
design and reduce cost by replacing 200V VRRM rectifiers and removing
snubber circuits that would otherwise be required to suppress transient
voltage spikes.
Page 10
DIO 2040 SBR brochure (Final Artwork)
25/2/10
10:47
Page 11
Common questions about Super Barrier Rectifiers (SBR®)
1. How does an SBR work?
A Super Barrier Rectifier (SBR) is effectively
a MOSFET with its gate and source
shorted together.
With the application of forward bias, the
external voltage lowers the barrier height
on the semiconductor side and large
current can flow through the FET channel.
In reverse bias, the opposite takes place:
the barrier height increases and free
charge in the semiconductor channel gets
“pinched off” from the overlapping
depletion layers, reducing the reverse
leakage current.
4. What does an SBR compete against?
Voltage (V)
Current Solution
SBR Benefit
<30V
Schottky Diodes
Lower VF, fast TRR,
lower reverse leakage (IR)
>30V – 150V
Schottky Diodes
Lower VF, fast TRR,
lower reverse leakage
(IR) improved ruggedness
150V to 400V
Ultrafast/Hyperfast
diodes
Much Lower VF, fast TRR,
improved ruggedness
2. What are the key features
and benefits of a Super
Barrier Rectifier (SBR)?
• Reverse voltage (VRRM) up to 400V.
• Lower forward voltages (VF) than
competing solutions (“U” grade).
• Lower normalized reverse leakage
current (IR) than Schottky diodes.
• Fast reverse recovery (TRR) times
equivalent to competing solutions.
• Avalanche ratings up to 50% higher
than competing solutions.
5. What is the difference between
SBR and Ultra Fast rectifiers?
6. How fast is the
TRR of an SBR?
SBR has switching speed and other
characteristics comparable to that of an
ultrafast rectifier with the added benefit
of having a forward voltage (VF) that is
20 to 25% lower.
A SBR has a TRR comparable to that of
Schottky and Ultra Fast rectifiers.
This reduced VF can lead to a substantial
reduction in power savings and efficiency.
For 150V and higher SBR device (similar
to Schottky), minority carriers can be
injected in the drift region, resulting in a
slightly slower but softer recovery.
3. Where is SBR used?
SBR can be used as:
• Output rectifier
• Freewheel diode
• Buck/boost diode
• Reverse polarity protection diode
Page 11
DIO 2040 SBR brochure (Final Artwork)
25/2/10
10:43
Page 2
CORPORATE HEADQUARTERS
AND AMERICAS SALES OFFICE
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For information or literature,
please visit www.diodes.com/contacts
SBRB 1 | Feb 2010
www.diodes.com