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Transcript of IDEAS FOR INNOVATION - Vishay Intertechnology · IDEAS FOR. INNOVATION. INFOGRAPHIC PORTFOLIO....
IN A NUTSHELL
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IDEAS FORINNOVATIONINFOGRAPHIC PORTFOLIOSECOND EDITION
IN A NUTSHELL
RESISTORS
27Carbon Film MELF Resistors High Pulse Load Capability
TABLE OF CONTENTS
CAPACITORS
3196 HVC ENYCAP™ Hybrid Energy Storage Capacitors
4220 EDLC ENYCAP™ Energy Storage Capacitors
5High Temperature Aluminum SMD, Radial, and Axial: +125 °C and +150 °C
6Snap-In Aluminum Capacitors 4-Terminal Snap-In DC-Link Solutions
7DC-Link Film Capacitors Low ESR, High Ripple Current Capabilities
8THB AC Filtering Capacitors Robust Design for High Humidity Environments
9LVAC Power Capacitors, Triangular Low Loss MKP Technology, ESTAspring Connection
10LVAC Power Capacitors, Cylindrical Low Loss MKP Technology
11HDMKP Power Electronic Capacitors High Current, Low Inductance
12RFI Capacitor Solutions Film and Ceramic Capacitors
13Ceramic RF Power Capacitors Plate, Pot, and Barrel Types
14High Voltage Ceramic Capacitors Radial Leaded, Single Disc
15Vishay Automotive Grade Ceramic Safety Capacitors Leaded Single Disc and SMD MLCCs
16Radial Leaded Automotive MLCCs High Operating Temperature, Up to 200 °C
17RF Multilayer Ceramic Chip CapacitorsRF and High Frequency Capacitors
18MAP Polymer Capacitors High Energy Density Capacitors
19Polymer Capacitors High Capacitance, Low ESR Capacitors
20Automotive Grade Tantalum Capacitors High Performance, High Temperature
21High Energy Wet Tantalum Capacitors High Capacitance, High Performance
INDUCTORS
22IHLE High Current Inductors Integrated E-Field Shield
23IHLP® Power Inductors Low Profile, High Saturation
24SGIHLP™ Power Inductors MIL-STD-981 Class S Compliant
25MGDT Planar Transformers Gate Drive Transformers, Drive High Side MOSFETs and IGBTs
26MTPL Planar Transformers High Power Density, Designed to Meet MIL-PRF-27
28MELF Resistors For Pulse Load Applications
29Low Ohmic MELF Resistors Precision Current Measurement MELF Resistors
30Current Sense Resistors For Battery Management and Safety
31WSK, WSLF, WSHP Current Sense Resistors High Power Density, Low Resistance
32WSLP Current Sense Resistors High Power, Low Resistance
33WSL Current Sense Resistors High Power, Low Resistance
34High Power Thin Film Resistors Excellent Stability in High Power Applications
35Thick Film Power Resistors AEC-Q200 Qualified Power Resistors
36Wide Terminal Thin Film Resistors High Power, Space Saving
37CDMM Chip DividersHigh Voltage Molded
38CDMx Chip Dividers High Voltage Molded
39Thick Film Power Resistors High Power Compact Thick Film Resistors
40RCP, PHP, PCAN High Power Resistors
41Fusible Safety Wirewound Resistors Silent and Safe Fusing, Surge Handling Up to 6 kV
IN A NUTSHELL
MOSFETS
65Automotive AEC-Q101 Qualified Optimized for Low Conduction and Low Switching Losses
66Low Voltage 25 V and 30 V Industry’s Lowest RDS(on) in Advanced Space Saving Packages
67Medium Voltage 40 V to 250 V Industry’s Lowest RDS(on), Qoss, Figure of Merit (FOM)
68P-Channel Gen III and IV TrenchFET® Industry Leader in RDS(on) With Packages That Minimize Power Loss and Voltage Drop
DIODES / RECTIFIERS
52FRED Pt® Rectifiers eSMP® Series Packages Space-Saving Footprints and Low Profile Package Solutions for all Major Applications
53FRED Pt® Rectifiers in SlimDPAK (TO-252AE) Increased Power Density and Improved Thermal Performance
54FRED Pt® Rectifiers Offer Higher Power Density in Low Profile SMPD Package
55FRED Pt® Rectifiers in FlatPAK 5 x 6 Increase Power Density and Performance
POWER ICS
78SiC46x and SiC47x microBUCK® 4.5 V to 60 V Buck Regulators Deliver Up to 200 W Output Power
79SiC43x microBUCK® Buck Regulator Family Enables High Power Density and Efficiency
80Analog Switches and Multiplexers Enhanced Series for Precision Applications Designs
69PowerPAIR® Integrated Dual MOSFET Power Stage in Compact Packages for Increased Power Density
70TrenchFET® and E-Series Wide Range of Advanced Packages
OPTOELECTRONICS
71
Fully Integrated Short and Long Range Proximity Sensors Include IR Emitter Photodiode Signal Processing and Programmability via I2C
72VCNL4035X01 Gesture Sensor Enables any System to Respond to a Swipe Left, Swipe Right, or in and out Gesture
73Single, Dual, Tri and Quad Channel Transmissive Sensors For Incremental and Absolute Encoding
74
Minimold IR Receivers Offer Improved off Angle Transmit Distance and RF Noise Immunity in a Through-Hole or Surface-Mount Package
75TVCast SMD IR Receivers Lowest Profile (1.6 mm) Receiver on the Market for Super Thin TVs and Tight Spaces
76VOR Series Solid-State Relays Low Voltages of 400 V and Load Currents Up to 140 mA, Ideal for Replacing Mechanical Relays
77Large PIN Photodiodes 7.5 mm x 7.5 mm Radiant Active Area
56TMBS® Rectifiers in eSMP® Series Space-Saving Footprints and Low Profile Package Solutions
57eSMP® SERIES Small and Low Profile Package Solutions for Select Diodes and Rectifiers
58Standard Recovery Rectifiers With ESD Capability Low Profile eSMP® Series Packages
59TransZorb® TVS - Offer Tighter Breakdown Voltage Tolerance ±3.5 % in SMB Package
60VTVS Series 400 V TVS in SMF Package Feature Accurate 2 % Breakdown Voltage Tolerance
61TVS in eSMP® Series Packages TransZorb® and PART® VS
62ESD Protection Diodes Ultra Compact Chip Level Packages (CLP)
63PLZ Series Zener Diodes in MicroSMF (DO-219AC) Package Extremely Tight Tolerance of ± 2.5 %
64BZD Series Zener Diodes SMF (DO-219AB) Package With Surge Current Specification
42Resistor Arrays Wherever a Stable Resistance Ratio is Required
43Water-Cooled Wirewound Resistors Ultra High Power Integrated Resistors
44CRHV, CRMV Series High Voltage Thick Film Resistors
45Electro-Pyrotechnic Initiator Chip Resistor SMD Ignitors
46UIPMA, UFPMA Position Sensors Ultra Thin, Waterproof, Linear, and Angular
47P11 Potentiometers Modular Panel Controls
48NTC LUG Thermistors Surface Temperature Sensors
49NTCC200 Thermistor Die Wirebondable for IGBT Modules
50NTCLE Leaded Thermistors Epoxy Coated Radial, NTC
51NTCS SMD Thermistors SMD Glass Protected, Sn Terminations
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Not just a capacitor, it’s the 196 HVC ENYCAP hybrid energy storage capacitor!
196 HVC ENYCAP POWER SOURCE
POWER
LOAD
CHARGE196 HVC
196 HVC
POWER
UNITMANAGEMENT
NORMAL MODE
BACKUP MODE
POWERMANAGEMENT
UNIT
LOAD
BACKUP
SUPPLY FAIL
THE 196 HVC ENYCAP “SWEET SPOT”1000
100
10
1
0.1
0.0110
Ene
rgy
Den
sity
(Wh/
kg)
Power Density (W/kg)
100 1000 10 000
Fuel Cells
ConventionalBatteries
10 hours
1 second
0.03 seconds
Ultracapacitors
ConventionalCapacitors
196 HVC1 hour
460 Ws OF STOREDENERGY (4 CELLS)
10
102
103
104
105
106
Discharge current (mA)
1C = 90 F (2.8 V to 5.6 V)
1 10 100 1000 10 000
Bac
kup
Tim
e (s
)
Example1 A for 200 s
STACKABLE
1.4 V
on request
Higher EnergyDensity by Volume
13 Ws/g1/3 of the volume
EDLCSupercapacitor
196HVC
+
ElectrostaticStorage
ElectrochemicalStorage
HybridStorage
+ - =
• Lower self - discharge• More than
three times the energy density
• No cell balancing
• More charge and discharge cycles: over 100 000
• No memory effect• Longer lifetime
196 HVC ENYCAP vs. a Battery
196 HVC ENYCAP vs. a Traditional Supercapacitor
FOUR CAPACITANCE OPTIONS
8.4 V
45 F90 F
15 F4 F
196 HVC ENYCAP™ HYBRID ENERGY STORAGE CAPACITORS
Available in Multiple Package Styl
es
196 HVC ENYCAP
For Technical Questions: [email protected]
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Energy Storage Capacitors
220 EDLC
En tors220 EDLC VS. BATTERY CELL• Higher discharge current• > 500 000 charge / discharge cycles• Superfast charge and discharge• Category temperature of -40 °C to +85 °C
V
2.7
2.3
65 ºC 85 ºCT
Low leakage current More capacity per volume
Joule = Ws
90 mm
220
mm
31 m
m
1 F25 V 5x
4F27 V5x
18 mm
1000 µF10 V
40 F2.7 V
Alu 220EDLC
31 m
m18 mm
31 m
m
150
mm
18 mm
ENERGY POWER
15 F16 mm x 20 mm
60 F18 mm x 40 mm
toto
COMPARISON OF ALU VS. 220 EDLC
VOLTAGE VS. TEMPERATURE
POWER BACK-UP APPLICATIONS1000
100
10
1
0.1
0.0110
Ene
rgy
Den
sity
(Wh/
kg)
Power Density (W/kg)
100 1000 10 000
Fuel Cells
ConventionalBatteries
10 hours
1 second
0.03 secondsConventionalCapacitors
220 EDLC
1 hour196 HVC
PRODUCT VERSIONS
MULTIPLE CAPACITANCE VALUES
2.7 V – 65 ºC2.3 V – 85 ºC
BATTERYCELL(COIN)
EDLC MOBILE
TR
AN
SM
ITT
ER
220 EDLCENERGY STORAGE CAPACITORS
For Technical Questions: [email protected]
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HIGH TEMPERATURE ALUMINUMSMD, RADIAL, AND AXIAL: +125 °C AND +150 °C
APPLICATIONS
UNDER THE HOOD
INDUSTRIAL
HAPPY HIGH TEMPERATURE CAPS
LEAD (Pb)-FREESOLDERINGACCORDING TOJEDEC®-J-STD-020
Aluminum Electrolytic Capacitors for Harsh and High TemperatureOperating Conditions
AEC-Q200 QUALIFIEDWITH PPAP AVAILABLE
FEATURES CASE SIZES (mm)
• Up to 6800 µF • SMD 8 x 10 up to 18 x 21
• Up to 100 V • Radial 10 x 12 up to 18 x 40
• Up to 2000 h / 150 °C • Axial 10 x 30 up to 21 x 38
AUTOMOTIVEHIGH TEMPERATURE
up to 150 °C
HIGHQUALITY
HIGHRELIABILITY
HIGHPERFORMANCE
H
RA
146RTI / 160RLA
120 ATC
146CTI / 160CLA
150 ˚C
125 ˚C
CHASSIS
POWER TRAIN
CONTROL UNITS MACHINERY
AUTOMATION MOTOR DRIVES
WELDING
For Technical Questions: [email protected]
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EFFICIENT ASSEMBLY,SOLDER ON HIGH CURRENT PCB
5000 h85 ºC
Less Manual Work Saves Time and Costs
10 000 h85 ºC
2-Pin SI (mm)22 x 2535 x 50
3000 h105 ºC
299 PHL-4TSI (mm)35 x 60
45 x 100
ST (mm)35 x 80
90 x 220
5 years
10 years
15 years
20 yearsat 60 ºC
LONG LIFETIME299 PHL-4TSI: 5000 h at 105 °C
KEYEDPOLARITY= ONE-WAYMOUNTING
= =Power
Electronics
SNAP-IN SOLUTION
299 PHL-4TSI
S N
2 ISIZES BETWEEN
SI AND ST
Long life at high
temperature
Low cost mounting
Highripplecurrent
Datasheet Lifetimevs. Application Lifetime
SNAP-IN ALUMINUM CAPACITORS4-TERMINAL SNAP-IN DC-LINK SOLUTION
For Technical Questions: [email protected]
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APPLICATIONS
• On-Board Chargers• 48 V Board Net• Forklifts• Renewable Energy
• Welding Equipment• Power Supplies• Motor Drives
FILM CAPACITOR RIPPLE CURRENT CAPABILITY VS. ALUMINUM ELECTROLITICS
ALU
FILM(MKP)
0 200 400 600 800 1000mA/µF
ADVANTAGES OF DC-LINK FILM CAPACITORS OVER ALUMINUM ELECTROLYTIC
• High voltage capability: no series connection; no balancing resistors
• Self-healing technology • Lifetime over 100 000 hours• No dry out stable parameters until the
end of life• Stable electrical parameters across
temperature range
DC-LINK CAPACITORS
MKP1848MKP1848
MKP1848C MKT1820
MKP1848S
0 100 200 300 400 500 600
63
100
160
450
500
600
700
800
900
1000
1100
1200
MKT1820 MKP1848S MKP1848 MKP1848C
VDC
µF
DC-LINK FILM CAPACITORSVOLTAGE VS. CAPACITANCE RANGE
MKP1848 MKP1848C MKP1848S MKT1820Automotive Grade DC-Link Film Capacitor (AEC-Q200 Compliant)
High Density DC-Link Film Capacitor Up to 1 µF/cm3
Low Profi le DC-Link With Building Heights of 12 mm, 15 mm, 18 mm, and 24 mm
Low Voltage and High Temperature(Up to 150 ºC) DC-Link for 48 V Board Net
DC-LINK FILM CAPACITORSLOW ESR, HIGH RIPPLE CURRENT CAPABILITIES
For Technical Questions: dc-fi [email protected]
8
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For Technical Questions: [email protected]
APPLICATIONS• Outdoor applications
– Inverters and converters• High power supplies and
large drives• UPS• Renewable energy• Welding equipment• AC harmonic filters
UL810-COMPLIANT SEGMENTED FILM
TYPICAL PERFORMANCE AT 85 ºC / 85 % RELATIVE HUMIDITY CONDITIONS FOR 1000 HOURS AT UNAC
BROAD CAPACITANCE RANGE
THB AC FILTERINGROBUST DESIGN FOR HIGH HUMIDITY ENVIRONMENTS
THB AC Filter
MKP1847H
5
3
1
-1
-3
-50 250 500
Hours
CAPACITANCE VARIATION
∆C/C
(%)
750 1000
100
80
60
40
20
00 250 500
Hours
DISSIPATION FACTOR - 10 KHZ
∆tgδ
/gδ
at 1
0 kH
z (%
)
750 1000
PITCH (mm)C (µF)
CONSTRUCTION1 2 3 4 5 6 7 8 10 12 15 20 22 25 30 35
250 VAC
27.5
Mono37.5
52.5
310 VAC
27.5
37.5
52.5
350 VAC
27.5
Series37.5
52.5
480 VAC
27.5
37.5
52.5
HIGH PERFORMANCE FREQUENCY FILTER: HARMONICS + SWITCHING NOISE
INDUSTRIAL
DRIVES
SOLAR
WIND ENERGY(GENERATION)
S12
SUPER 12FEATURED PRODUCTS
S12
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IN A NUTSHELL
82 mm to 340 mm
• -40 °C / D
TEMPERATURE CLASSFLEXIBLE DESIGN OPTIONS
FOOTPRINT HEIGHT
maintenance-free, vibration-proof, and reduces assembly times up to 60 %
Lever-operated spring connectionCable cross section: 2.5 mm² up to 25 mm²Max. terminal current = 90 A
RMS
Protection level: IP20
HIGHLIGHT
CONNECTION
WIND POWER PLANTS
SOLAR PANELS AND INVERTERS
THERMAL POWER STATIONS
Assembly Times
60 %
ESTAspringbrochures
230 V 1000 V
11.5 µF 335 µF
2.0 kvar 37.1 kvar
Voltage AC RMS
Output3-Phase Delta
CapacitanceCustomizable
HARMONIC FILTERS
POWER FACTOR CORRECTION
≤ 1000 VACRMS
• > 130 000 h• 100 FIT
LIFE EXPECTANCY
• Internal tear-off fuses• Self-healing fi lm• Discharge resistor
< 50 V/1 minute
SAFETY FEATURES
• ESTAdry gas• ESTAprop oil
FILLING AGENT
IEC 60831STANDARDS
®
64 mm / 84 mm / 116 mm / 136 mm
APPLICATIONS
PhMKP SERIES
Vishay ESTA Capacitors
LVAC POWER CAPACITORSLOW LOSS MKP TECHNOLOGY
For Technical Questions: [email protected]
10
IN A NUTSHELL
For Technical Questions: [email protected]
• -40 °C / D
TEMPERATURE CLASSHIGHLIGHT
M10 threaded bolt, 20 NmMax. terminal current = 110 ARMS
Protection level: IP00, terminal covers upon request
STANDARDS
WIND POWER PLANTS
SOLAR PANELS AND INVERTERS
POLE-MOUNTEDOUTDOOR
THERMAL POWER STATIONS
230 V 1000 V
115.5 µF 331.6 µF
30 kVAr 56.2 kVAr
Voltage AC RMS
Output
3-Phase Delta Capacitance
POWER FACTOR CORRECTION
≤ 1000 VACRMS
• > 130 000 h• 100 FIT
LIFE EXPECTANCY
• Internal tear-off fuses• Self-healing film• Discharge resistor
≤ 50 V/1 minute (indoor) ≤ 75 V/3 minutes (outdoor)
SAFETY FEATURES
• ESTAdry solid resin
FILLING AGENT
HARMONIC FILTERS
IEC 60831
LVAC POWER CAPACITORSLOW LOSS MKP TECHNOLOGY
CONNECTION
®
Triangular design provides lowest height for 50 kVAr; custom heights for higher outputs on request
Maintenance-free, vibration- proof bolt-terminal by counternuts, 20 Nm
HEIGHT
210 mm
APPLICATIONS
Also Customizable for Outdoor Applications
PhMKDg Series
Vishay ESTA Capacitors
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IN A NUTSHELL
For Technical Questions: [email protected]
FOOTPRINT HEIGHT
APPLICATIONS
SAFETY OPTIONS
CONNECTION
HDMKP SERIES
Vishay ESTA Capacitors
LIFE EXPECTANCY
• > 100 000 h• < 100 FIT
TRANSPORTATION
WIND TURBINE INDUSTRIAL
84 mm
116 mm
105 mm to 260 mm
• DC link and DC fi lters for industrial and traction converters
• DC link for low power drives• DC link for wind turbine converters• Impulse discharge capacitors for magnetizing
and welding• Replacement of aluminum electrolytic
capacitors
DC LINKFEATURES• High RMS current rating• High impulse current rating• High reliability and lifetime expectation• Resistance to heavy-duty shock vibration• Non-polar, low loss dielectric• Temperature class: -40 ºC / 70 ºC
• Self-healing fi lm
or
VISHAY CAP MAPVISHAY CAP MAP
1 V
10 V
100 V
1 kV
10 kV
100 kV
0.1 pF 1 pF 10 pF 0.1 nF 1 nF 10 nF 0.1 µF 1 µF 10 µF 0.1 mF 1 mF 10 mF 0.1 F 100 F10 F1 F
Vo
ltag
e
Capacitance
Ceramic Multilayer
Ceramic Single-Layer
Thin Film AluminumEnergyStorage
Heavy-Current Power Film (ESTA)
Wet Tantalum
Polymer and Solid Tantalum
Film
VOLTAGE DC
• 900 V to 2700 V +–
CAPACITANCE
• 40 µF to 2235 µF
FILLING AGENT
• ESTAdry resin• UL 94 V-0
CUSTOMIZABLE
BoltsM8
InsertsM8 x 12
STANDARDSIEC 61071, IEC 61881-1
POWER ELECTRONIC CAPACITORSHIGH CURRENT, LOW INDUCTANCE
12
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CLASS XDifferential Mode Filtering Across the Line
CLASS YCommon Mode Filtering Line to Ground
Sub ClassPeak
Impulse Voltage
Typical Application
X1 4.0 kV High Pulse
X2 2.5 kV General Purpose
Sub ClassPeak
Impulse Voltage
Typical Application
Y1 8.0 kV High Pulse
Y2 5.0 kV General Purpose
X
YYN
L
Case
Typical Circuit
Safety Capacitor Map
0 250 500 760 VAC
10 pF
1 µF
10 nF
1 nF
10 µF
100 nF
100 µF
100 pF
Film Caps
Leaded Ceramic
Surface-Mount Ceramic
For a Full Overview of RFI Capacitors, Please Visit www.vishay.com/doc?48140
Technology Rating Series Capacitance Certificates Special Features
Ceramic DiscX1 / Y1 VY1, VY1C, WKP, 440L 10 pF to 20 nF IEC, UL, CSA, and CQC Industry-first 20 nF, 85 °C / 85 % RH 1000 h available
X1 / Y2 VY2, AY2, WYO 10 pF to 12 nF IEC, UL, CSA, and CQC AEC-Q200 available
MLCC
X1 / Y2VJ Safety Certified C0G (NP0)
10 pF to 1000 pF IEC, cCSA1 nF in X1/Y2 with C0G (NP0)
Meets IEC 60384-14 min. 4 mm creepage
X2 10 pF to 470 pF IEC, cCSA Meets IEC 60384-14 min. 4 mm creepage
X1 / Y2VJ Safety Certified X7R
100 pF to 4700 pF IEC, cCSA Meets IEC 60384-14 min. 4 mm creepage
X2 100 pF to 12000 pF IEC, cCSA Meets IEC 60384-14 min. 4 mm creepage
Film
X1 F339X1 480 VAC; 330 VAC 0.001 µF to 2.2 µF IEC, UL, CSA, and CQC THB grade available
X2 F1772(S), F339M, MKP339, F1773 0.001 µF to 40 µF IEC, UL, CSA, and CQC AEC-Q200 available, THB grade; axials on demand
Y2 MKP3386Y2 0.001 µF to 0.47 µF IEC, UL, and CSA AEC-Q200 available
FILM
MULTILAYER
F339X1
F1773 X2
VJ SAFETY CERTIFIED
VY/AY
440L
CERAMIC DISC
For Y1 and Y2 SolutionsFo
r Hig
h Ca
pacit
ance
Solutions
For Surface-Mount Solutions
SAFETY CAPACITOR MAP
TYPICAL CIRCUIT
RFI CAPACITOR SOLUTIONSFILM AND CERAMIC
X
YYN
L
Case
Typical Circuit
Safety Capacitor Map
0 250 500 760VAC
10 pF
1 µF
10 nF
1 nF
10 µF
100 nF
100 µF
100 pF
Film Caps
Leaded Ceramic
Surface-MountCeramic
For Technical Questions: [email protected] or [email protected]
13
IN A NUTSHELL
For Technical Questions: [email protected]
APPLICATIONS
BREAKDOWN VOLTAGE
RF POWER MAP
CUSTOMIZED PRODUCTS AVAILABLE
HIGHEST PROVEN PERFORMANCE AND QUALITY IN THE MARKET
CERAMIC RF POWER CAPACITORSDETERMINED BY VOLTAGE, CURRENT, AND POWER
PLAT
ES
BARRELS
WATER COOLED POTSINDUSTRIAL
MEDICAL
TELECOMMUNICATION
MILITARYRAIL
0.1 kVar1 pF 10 pF 100 pF
Capacitance (C)
1 nF 10 nF
1 kVar
10 kVar
100 kVar
1000 kVar
10 000 kVar
Rat
ed P
ower
(Q)
WATER COOLEDPOT CAPS
PLATE CAPS
BARREL CAPS
Plate Caps Barrel Caps Water Cooled Pot Caps
• Low losses• High reliability• Wide range of capacitance
values
• Small size• Geometry minimzes
inductance, optimizes voltage strength, and maximizes heat radiation
• High voltage, current, and power rating
• Water cooling and rugged mechanical construction for highest reliability
Rated Voltage
Benchmark
0
20
40
60
kVP
Competition Vishay
Good quality
Good service
Flexibility
14
IN A NUTSHELL
For Technical Questions: [email protected]
2 nF HVCC Comparison
TEMPERATURE CHARACTERISTIC OF C AND DF
HIGH VOLTAGE CERAMIC CAPACITORRADIAL-LEADED SINGLE DISC
SAVE
COS
TS
GAIN PERFORM
ANCE
SAVE SPACECOMPETITOR SOLUTIONState of the art 12 stage multiplier, 15 kV, 2 x 1 nF in parallel
VISHAY REPLACEMENTUnique 2 nF cap enables space saving 12 stage multiplier, 15 kV, 1 x 2 nF
Downsized by ≈ 40 % Exclusively from Vishay
615R Competitor HVCC HVCC
1 nF 1 nF 1 nF 2 nF
15 kV 15 kV 15 kV 15 kV
HVCC Series SPEC
Urated 10, 15 kVDC
TCC / Operating Temperature Y6P / ∆C/C0 less than ± 10 % from -30 ºC to +105 ºC
Capacitance Range up to 2.0 nF
Life Performance 1.25 x Urated at 105 ºC at 1000 h
Downsized by up to
half of components
20
15
10
5
0
-5
-10
-15
-20
0.08
0.07
0.06
0.05
0.04
0.03
0.02
0.01Dissipation Factor Range
∆C/C-Range TCC: Y6P
0
100806040200-20-40
Diss
ipat
ion
Fact
or
∆C/C
0 / %
Temperature / ºC
Y6P
TCC
DF
DF in
%
∆C /
C in
%
15
IN A NUTSHELL
For Technical Questions: [email protected]
Outstanding Qualification Test
IEC 60384-14.4(Industry standard)
AEC-Q200 (Automotive
standard)
Temperature cycles –40 ºC / +125 ºC5 cycles
–55 ºC / +125 ºC 1000 cycles
Humidity (biased) 500 h at 40 ºC90 to 95 % r.h., Urated
1000 h at 85 ºC 85 % r.h., Urated
Technology Series Rating Rated Voltage Capacitance Peak Impulse Voltage Features
Ceramic Single Disc AY1 X1 / Y1X1: 760 VAC Y1: 500 VAC
1500 VDC
470 pF to 4.7 nF X1: 4 kV Y1: 10 kV 10 kV peak impulse voltage
Ceramic Single Disc AY2 X1 / Y2X1: 440 VAC Y2: 300 VAC
1000 VDC
10 pF to 10 nF X1: 4 KV Y2: 5 kVPasses 3000 temperature cycles
6.8 nF and 10 nF available
SMD MLCC COG (NPO) SMD MLCC X7R
VJ...A...X1A VJ...Y...X1A
X1 / Y2 250 VAC C0G(NP0): 10 pF to 1 nFX7R : 100 pF to 4.7 nF
X1 / Y2: 5 kV
Small body size, low profile, min. 4 mm creepage,voltage-proof test min. 1500 VAC,
Class I COG (NPO), stable electric up to 1 nF, SMD reflow assembly
SMD MLCC COG (NPO) SMD MLCC X7R
VJ...A...X2A VJ...Y...X2A
X2 250 VAC C0G(NP0): 10 pF to 390 pF
X7R : 100 pF to 12 nFX2: 2.5 kV
Small body size, low profile,voltage-proof test min. 1075 VDC,
min. 4 mm creepage, SMD reflow assembly
On-boardcharger
DC/DCconverter
Grid,solar
energy
BMSBattery
Electricaccessory load
DC fast-charging
station
AC charging• Every vehicle has
an on-board charger• Limited power,
slow charging
DC charging• Infrastructure investment if
shared among hundreds of users• Capable of integration with
renewable resources
APPLICATIONS• On-board Charger
• External Charging Station
• Battery Management
• DC/DC Converter
On-board voltage is
changing from 12 V to 48 V
You need to bring more reliability to your OBC?
Your choice is
Vishay
VJ SAFETY CERTIFIED
(double insulation) AY1 · AY2 (basic insulation)SM
D Si
ze 2
008
and
222D
AEC-Q200
AUTOMOTIVE GRADE CERAMIC SAFETY CAPACITORSLEADED CERAMIC SINGLE DISC AND SMD MLCCs
16
IN A NUTSHELL
* 200 °C for max. 500 hours and 175 °C unlimited time
CAPACITANCE CHANGE VS. TEMPERATURE
OPERATING TEMPERATURE IN AUTOMOTIVE
HOTcap ®
K...HSeries200 ºC*
INDUSTRYFIRST
AEC-Q200 Qualifi edWith PPAP Available
CompetitionStandard
CompetitionPremium
VishayHOTcap®
VishayStandard
150 ºC
125 ºC
160 ºC
175 ºC
VishayHOTcap®*
200 ºC
Not an ordinary CAPACITOR,it's built for the MOST EXTREME automotive operating conditions
KEY APPLICATIONSEngine control
Engine sensor protection
Exhaust system
KEY APPLICATIONS
Dielectric C0G X0UVoltage VDC
50 100 200 50 100 200
Min. Cap. 100 pF 100 pF 100 pF 47 nF 47 nF 82 nF
Max. Cap. 12 nF 12 nF 8.2 nF 1 µF 470 nF 470 nF
SMD Leaded MLCC
• PCB bending and vibration may cause mechanical stress and capacitor cracks
• More robust to thermo-mechanical stress and vibration• Impact on the MLCC is reduced as the lead wires absorb
the bending stress• The capacitor can be welded or soldered directly to a lead
frame and overmolded with plastic
Leaded Product Chip Component
BOARD DEFLECTIONCRACKS
3020100
-10-20-30-40-50-60-70-80-90
-75 -50 -25 0 25 50 75 100 125 150 175 200 225
ϑA (ºC)
∆C/C
(%)
X7R limit
X0U limit
X7R, X0U, X9V
C0G (NPO)
AbsorbBendingStress
HighReliability
ExtremelyRobust
HIGH OPERATING TEMPERATURERADIAL-LEADED AUTOMOTIVE MLCCs
For Technical Questions: [email protected]
17
IN A NUTSHELL
VJ HIFREQ SERIESCapacitance Range (pF)
Voltage 0402 0603 080525 0.1 to 82 0.1 to 470 0.1 to 150050 0.1 to 56 0.1 to 330 0.1 to 1000
100 0.1 to 27 0.1 to 150 0.1 to 680200 0.1 to 27 0.1 to 100 0.1 to 390250 0.1 to 100 0.1 to 330
Tolerance as tight as ± 0.05 pF for capacitance values ≤ 10 pFTolerance as tight as ± 1 % for capacitance values > 10 pF
QUAD HIFREQ SERIESCapacitance Range (pF)
Voltage 0505 1111 2525 3838200 0.1 to 100
0.2 to 1000
1 to 27001 to 5100
250 0.1 to 56300500
0.2 to 4701 to 2000630
1 to 20008000.2 to 180
10001 to 1200
1500 0.2 to 1101 to 7502000 1 to 470
25001 to 270
30001 to 390
3600 1 to 1005000 1 to 1807200 1 to 100
Tol. as tight as ± 0.05 pF for cap. values ≤ 10 pF (0505 / 1111)Tol. as tight as ± 0.1 pF for cap. values ≤ 10 pF (2525 / 3838)Tol. as tight as ± 1 % for capacitance values > 10 pF
FOOTPRINTShown actual size (when viewed or printed at 100 %)
VJ HIFREQ QUAD HIFREQ
0402 0603 0805 0505 1111 2525 3838
RF and High Frequency Capacitors
EIA Body Sizes
Square Body Sizes
LeadedParts
VJ Series
QUAD Series
HIFREQ Series
EIA AND QUAD
VISHAY QUAD CAPACITORSHANDLE 35 % MORE POWER
HIGH TEMPERATURE OPERATION
TERMINATION OPTIONS• Lead (Pb)-free RoHS-compliant: “X”• Tin / lead (min. 4 % Pb): “L”• Non-magnetic copper: “C”
LEADED CONFIGURATIONS
Microstrip Axial Ribbon Radial Ribbon
+200 ºC+125 ºC-55 ºC
All Body Sizes
0402 to 1111 capacitance value options
MULTILAYER CERAMIC CHIPRF AND HIGH FREQUENCY CAPACITORS
For Technical Questions: [email protected]
18
IN A NUTSHELL
For Technical Questions: [email protected]
Shown at actual size (when viewed or printed at 100 %) Profi le in inches (millimeters)
T58 T52 T59 T54BB B2 B0 A0 W0 W9 M0 MM M1 E5 EE EE
0.138 (3.5)0.11 (2.8)
0.138 (3.5)0.11 (2.8)
0.138 (3.5)0.11 (2.8)
0.126 (3.2)0.063 (1.6)
0.079 (2.0)0.049 (1.25)
0.079 (2.0)0.049 (1.25)
0.063 (1.6)0.033 (0.85)
0.063 (1.6)0.033 (0.85)
0.287 (7.3)0.236 (6.0)
0.287 (7.3)0.169 (4.3)
0.287 (7.3)0.169 (4.3)
0.287 (7.3)0.169 (4.3)
0.079 (2.0) 0.042 (1.2) 0.039 (1.0) 0.039 (1.0) 0.039 (1.0) 0.035 (0.9) 0.039 (1.0) 0.035 (0.9) 0.079 (2.0) 0.059 (1.5) 0.169 (4.3) 0.169 (4.3)
VISHAY CAPABILITY
AMS(AVIONICS, MILITARY, AND SPACE)
SMAR
TPH
ONES
TABL
ET
NETWORKINFRASTRUCTURE
APPLICATIONS
Wraparound (T59, T54)
L-Shaped(T58, T52)
TERMINATIONS
Standard Tantalum
Polymer
Specifi ed Derating 50 % 20 %
Exam
ple
Rated Voltage 10 V 6.3 V
Design Voltage 5 V 5 V
DERATING
VISHAY MAP MEANS MORE CAPLarge anode size
ENERGYDENSITY
LEADERSHIP
High CapacitanceHigh Voltage
T59
Small Size
T58
High Reliability
T54
Low Profi le
T52
MAP POLYMER
vPolyTan™ Polymer Capacitors
MAP
MOL
DED
Examples:T58 – 330 µF at 6.3 V, BB case sizeT58 – 47 µF at 6.3 V, M0 case sizeT52 – 330 µF at 16 V, M1 case sizeT59 – 470 µF at 16 V, EE case size
MAP POLYMER CAPACITORSHIGH ENERGY DENSITY CAPACITORS
FOOTPRINT + PROFILE
19
IN A NUTSHELL
POLYMER CAPACITORSHIGH CAPACITANCE, LOW ESR CAPACITORS
APPLICATIONS
USED FOR HIGH ENDGRAPHICS
CARDS
DERATINGExample
Specifi edDerating
RatedVoltage
DesignVoltage
Standard Tantalum
50 % 10 V 5 V
Polymer 20 % 6.3 V 5 V
Polymer Capacitors Advantages Over
MLCC
Polymer Capacitors Advantages Over
Standard Tantalum
Polymer Capacitors Advantages Over
Aluminum• No piezo noise effect• No capacitance loss
with DC bias• More robust design
(no cracking)• Superior temperature
stability
• Lower ESR• Non-burn feature• Better derating
• Superior stability• Longer life• Higher operating
temperature range• Better volumetric
effi ciency
Ultra Low ESR (10x improvement)
VISHAY CAP MAP
330 μF, 6.3 V, D CASE SIZE
12 mΩ
125 mΩ
Standard Tantalum
Polymer
VISHAY CAPABILITYD VM1 E1EE B T A PBB JB0 AA A0 W0 W9 M0 MM
Shown at actual size (when viewed or printed at 100 %)
1 V
10 V
100 V
1 kV
10 kV
100 kV
0.1 pF 1 pF 10 pF 0.1 nF 1 nF 10 nF 0.1 µF 1 µF 10 µF 0.1 mF 1 mF 10 mF 0.1 F 100 F10 F1 F
Vo
ltag
e
Capacitance
Ceramic Multilayer
Ceramic Single-Layer
Thin Film AluminumEnergyStorage
Heavy-Current Power Film (ESTA)
WetTantalum
Polymer and Solid Tantalum
Film
AMS (AVIONICS,
MILITARY, AND SPACE)
SMAR
TPH
ONES
TABL
ET
NETWORKINFRASTRUCTURE
FOOTPRINT + PROFILE
MEDICAL
T52
General Purpose
Low Profi le
High CapacitanceHigh Voltage
High Reliability
T55
T59
T54
T58
POLYMER
vPolyTan™ Polymer CapacitorsSmall Size
For Technical Questions: [email protected]
20
IN A NUTSHELL
For Technical Questions: [email protected]
Station / process
Automotive Grade Standard
Fron
t End
Powder preparation
Use of single powder batch Use of mixed powder batches
Pressing / Sintering
Pellet lot from single powder batch No requirement
FormationVisual inspection for coating dimensions: 5 pellet per bar x 3 bars per lot.
No requirement
Cap test Conductivity monitoring No requirement
Silver checkVisual inspection x3: 3 bars per rack (zero defect allowed)
Visual inspection, 4 bars per lot
Asse
mbl
y
Assembly
Inspection of each 5th LF (zero defect allowed)
Inspection of each 9th LF (specified allowed failure rate)
100 % VI after assembly No requirementSpecial technician inspection and adjustment after each no weld detected
No requirement
Electrical test
Redundant testSingle test (A / B / C cases); redundant test (D / E cases)
Surge test B, C, D, and E cases D and E cases
Labeling Autolabeling attachment only No requirement
QCScan / scan verification of each reel First and last reel onlyLAT and Maverick lot inspection No requirement
AUTOMOTIVE GRADE FOR SUPERIOR QUALITY
PERFORMANCE CHARACTERISTICS
SeriesApplication TP3 TP8 TH3 TH4
Power train
Gasoline direct injection x x
Transmission x x x
Oil & water pump x x x
Oil quality sensor x x
Passive safetyAirbag x x
Tire pressure monitoring sensor (TPMS) x
Active safety Anti-lock braking system (ABS) x x
Lane departure camera x x
Electric stability program (ESP) x
Passive safetyKey less entry x
Smart airbag igniter x x
Chassis Electronic power steering (EPS) x x
Body controlElectrical park break x x
Heating, ventilation, air-con x x x
LED lighting x x x x
Battery management Charging control x x
Infotainment & navigation Disply and contoller LDO x x
Surround view camera FPGA power supply x x
Electric vehicle On-board charger x
AUTOMOTIVE APPLICATIONS
AEC-Q200PPAP available
AUTOMOTIVEGRADE
• IATF 16949• AEC-Q200• TAQ:
– LAT – Maverick lots – Error proofing – 6 Sigma – FMEA
QUALITY
www.vishay.com/docs/40215/typperfmoldedchipcaps.pdf
TP8
TH4TH3
TP3
Solid Tantalum Surface-Mount Chip Capacitors, Molded Case
Series Feature AUTOMOTIVEGRADE
TP3 High Performance High Reliability ✓
TH3 150 ºC ✓
TH4 175 ºC ✓
TP8 Leadframeless, High CV ✓
AUTOMOTIVE GRADE TANTALUM CAPACITORSHIGH PERFORMANCE, HIGH TEMPERATURE, SMALL SIZES
21
IN A NUTSHELL
For Technical Questions: [email protected]
Shown at actual size (when viewed or printed at 100 %)
VISHAY CAPABILITY FOOTPRINT + PROFILE
APPLICATIONS
VISHAY CAP MAP
QUALIFICATIONS• M39006/09/21/22/25/30/31/33• DLA 06013/06014/06015/06016• DLA 04003/10004/10011/13017/15008/93026• CECC 30202/001/002/004/005/801
KEY FACTORS
Lead (Pb)-free (100 % tin)RoHS-compliant
TERMINATION OPTIONS Tin / Lead
LEAD CONFIGURATIONS
WET TANTALUM
1 V
10 V
100 V
1 kV
10 kV
100 kV
0.1 pF 1 pF 10 pF 0.1 nF 1 nF 10 nF 0.1 µF 1 µF 10 µF 0.1 mF 1 mF 10 mF 0.1 F 100 F10 F1 F
Vo
ltag
e
Capacitance
Ceramic Multilayer
Ceramic Single-Layer
Thin Film AluminumEnergyStorage
Heavy-Current Power Film (ESTA)
WetTantalum
Polymer and Solid Tantalum
Film
Axial
Radial SMD
HIGH
Capacitance
PerformanceEnergyTemperature
T22EP1HE5T4T3L2T2T1
AVIONICS
SPACE
OIL and GAS
T16 / T18
EP1
HE5
T22
WET TANTALUM CAPACITORSTHE ULTIMATE RELIABILITY AND PERFORMANCE CHOICE FOR EXTREME APPLICATIONS
22
IN A NUTSHELL
For Technical Questions: [email protected]
IHLE INDUCTORS
IHLE-3232
IHLE-4040
IHLE-2525
Integrated E-Field Shield
APPLICATIONS
ELECTROMAGNETIC FIELD STRENGTHVS. DISTANCE FROM INDUCTOR
IHLE HIGH CURRENT INDUCTORSWITH INTEGRATED E-FIELD SHIELD
Electromagnetic Field Strength vs. Distance from Inductor
Vishay IHLPVishay IHLE Ferrite
Distance from Inductor (cm)
Ele
ctro
mag
neti
c Fi
eld
Str
eng
th (V
olt
s)
0.010 1 2 3 4 5 6 7 8 9 10
0.02
0.04
0.08
0.16
0.32
0.64
1.28
2.56
5.12
10.24
20.48
IHLE
0.393 in 1.0 cm
Reduced noise
FOOTPRINT AND PROFILE CAPABILITYIHLE-2525 IHLE-3232 IHLE-4040
Shown at actual size(when viewed or printed at 100 %)
High temperature operation to +155 ºC
TEMPERATURE
Compact size with no additional external EMI shielding required
DC/DCINVERTERS
AUTOMOTIVE
-20 dB
3.2 mm 4.3 mm4.3 mm
23
IN A NUTSHELL
APPLICATIONS DC/DC converters• Power supplies for computers,
notebooks, graphic cards, servers
Class “D” amplifi ers• LCD TVs and portable MP3 speakers
LED driver power • Commercial LED lighting• LCD display backlights
Automotive• DC/DC converters• Filters for noise suppression
All currently available IHLP footprints meet or exceed AEC-Q200 Grade 0 and Grade 1 requirements
NINE FOOTPRINTS AVAILABLE WITH A VARIETY OF HEIGHT OPTIONS
Size
Current rating
for 1 µH(A)
Foot-print(mm)
Profi leProfi le height(mm)
1212 4.5 3 x 3 AZ, AB, BZ
1616 4.5 4 x 4 AB, BZ
2020 9.2 5 x 5 AB, BZ, CZ
2525 13.0 6 x 6AH, BD, CZ, EZ
3232 18.0 8 x 8 CZ, DZ
4040 20.0 10 x 10 DZ
5050 32.0 13 x 13 CE, EZ, FD
6767 48.0 17 x 17 DZ, GZ
8787 69.0 22 x 22 MZ
CE = 3.5
DZ = 4.0
EZ = 5.0
FD = 6.4
GZ = 7.0
AZ = 1.0
AB = 1.2
AH = 1.8
BZ = 2.0
BD = 2.4
CZ = 3.0
MZ =13.0
Four DifferentMaterial Types
Commercial Series
Automotive Grade Series
Original Series IHLP - 01 IHLP - A1
Low DCR Series IHLP - 11 IHLP - 1A
High Temp Series (+155 °C) IHLP - 51 IHLP - 5A
High Temp Series (+180 °C) IHLP - 81 IHLP - 8A
IHLP1616 2020
3232
40405050
67671212
8787
2525
L in
µH
DC Amps
Ferrite Inductor
IHLP1.2
1.0
0.8
0.6
0.4
0.2
0 5 10 15 20 25
IHLP 2525 CZ ER 1R0 M 01Series Footprint (in) Profi le
(mm)Lead (Pb)-free / Packaging
L Tol Material / SpecialL (µH)
SATURATION – IHLP VS. FERRITE INDUCTOR
IHLP® POWER INDUCTORSLOW PROFILE POWER INDUCTORS
For Technical Questions: [email protected]
24
IN A NUTSHELL
For Technical Questions: [email protected]
SPACE GRADE IHLP® POWER INDUCTORS
APPLICATIONS • Low profi le, high current
power supplies• High current POL converters• DC/DC converters in
distributed power systems• “Flight-ready” solar inverters• Noise suppression
MIL-STD-981 CLASS S COMPLIANT
FIVE FOOTPRINTS AVAILABLE
Size
Current Rating for
1 µH(A)
Footprint(mm) Profi le
Profi le Height(mm)
24 10.8 6.2 x 6.2 DCDC = 4.3
48 23.5 12.2 x 12.2 FAFA = 6.1
60 40.0 15.2 x 15.2 HEHE = 8.5
73 53.0 18.8 x 18.8 HFHF = 8.6
97 69.0 24.5 x 24.5 OZ
OZ = 15
SGIHLP™ Screening
CodeTwo Different Levels of Screening
1P Basic Production Screen
1S MIL-STD-981 Group A / B Full Screen
SGIHLP™
24
4860
73
9797
SGIHLP™ 97 OZ B 101 M 8 1PDimensions
(in) Profi lePackaging
InductanceTolerance
SeriesScreening
CodeProduct Family
L in
µH
DC Amps
Ferrite Inductor
IHLP
1.2
1.0
0.8
0.6
0.4
0.2
0 5 10 15 20 25
SATURATION – IHLP® VS. FERRITE INDUCTOR
Product and testing can be customized based on your requirements. Contact us!
25
IN A NUTSHELL
For Technical Questions: [email protected]
MINI PLANAR GATE DRIVE TRANSFORMER
APPLICATIONS• Directly drives high side MOSFETs / IGBTs
on busses up to 1200 V
• Isolated power switch in motor drives
• Industrial, military, and aerospace applications
FEATURES
Provides a high isolation of 3750 VAC from drive to gate
Offers low profi le gate drive transformer package < 12 mm
Excellent rise time and minimal overshoot capabilities
Very small package, meeting 8 mm creepage and clearance distance
Almost 4 times smaller than equivalent toroidal wound design
MGDT
SPECIFICATIONS
PARAMETER CONDITIONS LIMITS UNITS
Dielectric withstand voltage
Drive to gate, 1 min 3750 minimum VAC
Gate to gate, 1 min 2500 minimum VAC
Frequency 100 to 500 kHz
Size (L x W x H) 20.57 x 18.42 x 11.43 mm
Terminals Through-hole and surface-mount
MGDT
MGDT 100125Product Family Turns Ratio
3750 VAC
MGDT < 12mm
4x
05
101520253035
0 2 4 6 8 10 12 14 16 18
Heig
ht (m
m)
Volume (cm3)
MGDT vs Toroid Size Comparison
MGDT
Toroid
26
IN A NUTSHELL
For Technical Questions: [email protected]
PLANAR TRANSFORMERS
APPLICATIONS • PFC-derived low profi le
switchmode power supplies
• Full-bridge / half-bridge converters from 150 W to 300 W
• Industrial control and alternative energy applications
• Military and avionics applications
FEATURES
Higher power density levels vs. traditional planar designs
Designed to meet MIL-PRF-27 requirements
Split primary for 120 V or 380 V operation
Low profi le, less than 16.5 mm
Heavy conductor copper thicknesses are available for high current windings
MTPL
STANDARD ELECTRICAL SPECIFICATIONS
Part NumberOutput Voltage
(V)
Magnetizing Inductance
min (µH)
Leakage Inductance max (µH)
Interwinding Capacitance
max (pF)
Transfer Ratio
PRI : Sec
DCR (mΩ) Rated Current
(A)2.3 to
4.512 to
811 to
7MTPL-2516-S12V 12 450 1.70 120 0.176 23.0 8 8 22.0
MTPL-2516-S15V 15 450 2.00 120 0.214 28.0 12 12 16.25
MTPL-2516-S24V 24 450 1.30 120 0.333 23.0 25 25 12.5
MTPL
2516 MTPL 2516 S12VProduct Family
W, H Dimensions
(mm)
POWER LOSS VS. OUTPUT POWERMTPL VS. BOBBIN WOUND
Output Voltage
2516
120 V
380 V
56
34
2
0 50 75 100
PQ26/20Watts
Wat
ts
MTPL
125 150 175
1
27
IN A NUTSHELL
For Technical Questions: [email protected]
SURGE VOLTAGE CAPABILITY
LARGEST EFFECTIVE RESISTIVE AREAfor highest pulse handling capability
CARBON FILMHighest melting point of all elements
HIGHEST PULSE CAPABILITY FORSMD FILM RESISTORS
CARBON FILM MELF RESISTORSHIGH PULSE LOAD CAPABILITY
APPLICATIONS
Case
Siz
e02
04
100 W
450 W
Thin FilmMELF 0204
Carbon FilmMELF 0204
Case
Siz
e02
07
230 W
3000 W
Thin FilmMELF 0207
Carbon FilmMELF 0207
4 kV
10 kV
2 kV3 kV
0204Carbon Film
MELF
0207Carbon Film
MELF
0204Thin Film
MELF
0207Thin Film
MELF
INVERTERS SMART METERSI / O PROTECTION
I/O
3700 ºC
1400 ºC
Carbon
Thin Film Metal Alloy
SIZE COMPARISONMELF size = Chip size
0204 = = 12060207 = = 2512
CARB
ON FILM MELF RESISTORSRBTORSARAR
B TORCMB 0207
CMA 0204
The Pulse Load Champion
28
IN A NUTSHELL
VMN-MS7214-1702
Board Space Consumptionhigh low
5931 (5 W)
3921(3 W)
3637(3 W)
0603(0.1 W)
0805(0.125 W)
1206(0.25 W)
2010(0.5 W)
1020(2 W)
0612(1 W)
2512(1 W)
2816(2 W)
4026 (3 W)
2726(3 W)
MULTIPLE PACKAGE SIZES (0603 to 5931)
Power Metal StripAdvantages Over
Thick Film
Power Metal StripAdvantages Over
Thin Film• Pulse performance• Better temperature
derating• Superior temperature
stability (down to 35 ppm)• Low thermal EMF
(3 µV/ºC)• RoHS-compliant without
exemption
• High power (up to 36 W)• Not ESD-sensitive• Lower solder joint stress• Pulse performance
Power Metal Strip AdvantagesOver Commercial Foil
• Pulse performance• Low CTE mismatch with PCB• Low resistance (down to 0.05 mΩ)
FOOTPRINT0603 0805 0612 1206 1020
2010 2512 2816 2818 2726
3637 3921 4026 5931
8518
USED FOR LI-ION BATTERY MANAGEMENT
AMS (AVIONICS,
MILITARY, AND SPACE)
SMAR
TPH
ONES
TABL
ET
NETWORKUPS SYSTEMS
MEDICAL
EV AUTOMOTIVE
INDUSTRIAL
APPLICATIONS
1 %
1 %
0.1 %
750 ppm/ºc
750 ppm/ºc
35 ppm/ºc
PRECISION AND ACCURACY / TCR
Large Shunts
WSBS/WSBM8518
Side Terminal
WSL1020
Standard Size
WSLP1206
Kelvin 4-Terminal Connection
WSK1216
High Power Density
WSHP2818
Low Resistance Value
WSLP5931
www.vishay.com/doc?49581
POWER METAL STRIP ®
What is your tolerance to accuracy and precision?
Does TCR ruin your design stability?
CURRENT SENSE RESISTORSFOR BATTERY MANAGEMENT AND SAFETY
Shown at actual size (when viewed or printed at 100 %)
For Technical Questions: [email protected]
29
IN A NUTSHELL
For Technical Questions: [email protected]
LOW OHMIC MELF RESISTORSFOR PRECISE CURRENT MEASUREMENT AND EFFICIENT MOSFET GATE DRIVING
LOW OHMIC MELF RESISTORSS
MMU 0102
Thin Film Resistors
MMA 0204 &SMM0204
MMB 0207 &SMM0207
APPLICATIONSCurrent Measurement in: IGBT / MOSFET Gate Resistor in:
RESISTANCE VALUES
Motor Drivers
EXCELLENT LONG TERM STABILITY LOW TEMPERATURE COEFFICIENT
± 100 ppm/K
± 200 ppm/K
± 50 ppm/K
CommodityThick Film
Chip Resistor
StandardThick Film
Chip Resistor
Thin Film MELF
Resistor
SIZE COMPARISON MELF Size = Chip Size 0102 = = 0805 0204 = = 1206 0207 = = 2512
Electric Vehicles 0.22 Ω TO > 10 ΩFOR 0102 AND 0204
0.1 Ω TO > 10 Ω FOR 0207
TCR
LED Drivers
Battery Management Power Amplifi ers
1000 h
Resi
stan
ce
Drift
in %
1.5
0.4
….
Thin Film MELF Resistor
Time
Thick Film Chip Resistor
DC/DC Converters
30
IN A NUTSHELL
EXCELLENT LONG TERM STABILITYAt Increased Power Rating
EXCELLENT LONG TERM STABILITY
APPLICATIONS
SIZE COMPARISONMELF size = chip size
0102 = = 0805 0204 = = 1206
0207 = = 2512
SUPERIOR PULSE CAPABILITY
Prec
isio
n
Resistance (Ω)
for highest pulse handling capability
0.1 Ω
0.22 Ω
20 Ω
75 Ω
15 MΩ
1 MΩ
390 kΩ
10 MΩ
MELF25 ppm/K 0.1 %
MELF50 ppm/K 1 %
Thick Film100 ppm/K 1 %
MELF5 ppm/K 0.05 %
LARGEST EFFECTIVE RESISTIVE AREA
ELECTRIC AND HYBRID VEHICLES
(FEV / HEV)
SOLARINVERTERS
SMART METER
RESISTANCE RANGE AVAILABILITY
INVERTER
HIGH VOLTAGE OPERATION
500 V
200 V
1000 V
500 V
1206Thick Film Chip
0204Thin Film MELF
2512Thick Film Chip
0207Thin Film MELF
Met
al
Film
Carb
on
Film
10 WThick Film Chip 0805
Thin Film MELF 0102150 W
50 WThick Film Chip 2512
Carbon FilmMELF 02072000 W
MELF RESISTORSFOR PULSE LOAD APPLICATIONS
0102: MMU 0102 & SMM0102
0204:MMA 0204 & SMM0204
0207:MMB 0207 & SMM0207
Reduce Component Counts With Superior P
erfor
man
ce
MELF RESISTORS
For Technical Questions: [email protected]
Time
Resi
stan
ceDr
ift in
%
1.0
0.02
1000 h
Thin Film MELF Resistor
Thick Film Chip Resistor
31
IN A NUTSHELL
For Technical Questions: [email protected]
POWER DENSITY (W/in2) vs.STANDARD POWER RATED SIZES
Vishay Automotive GradeExceeds AEC-Q200
BENEFITS OF POWER METAL STRIP®
• All-metal welded construction provides superior pulse tolerance• Extremely low resistance values — minimizes power loss and
prevents parallel resistance elements• Low TCR — better temperature stability• Tight tolerance — improves measurement accuracy• Laser trimmed — enables design flexibility
SOLAR INVERTERS
NETWORK UPS SYSTEMS
EV AUTOMOTIVE
INDUSTRIAL
APPLICATIONS
WSLF2512
WSK1216
WSHP2818
PO
WER METAL STRIP ®
DRIVES
PROFESSIONAL COMPUTERS
300
250
200
150
100
50
0
WSK
1216
WSL
F251
2
WSH
P281
8
0603
0805
1206
2010
2512
AUTOMOTIVEGRADE
FOOTPRINT BENEFIT
WSHP2818
WSLF2512 Replace (2)high power 2512
4-terminal / TCRperformance
Flexible resistance range and high power capability
WSK1216
Shown at actual size
POWER RATING vs. RESISTANCE RANGE
0
0.1
0.01
0.001
0.00012 4 6 8 10
WATTS (W)
RESI
STAN
CE (Ω
)
WSK1216
WSLF2512
WSHP2818
CURRENT SENSE RESISTORSHIGH POWER DENSITY, LOW RESISTANCE
32
IN A NUTSHELL
Board Space Consumptionhigh low
5931 (5 W)
3921(3 W)
3637(3 W)
0603(0.1 W)
0805(0.125 W)
1206(0.25 W)
2010(0.5 W)
1020(2 W)
0612(1 W)
2512(1 W)
2816(2 W)
4026 (3 W)
2726(3 W)
MULTIPLE PACKAGE SIZES (0603 to 5931)
Power Metal Strip®
Advantages OverThick Film
Power Metal Strip®
Advantages OverThin Film
• Pulse performance• Better temperature
derating• Superior temperature
stability (down to 75 ppm)• Low thermal EMF
(3 µV/ºC)• RoHS-compliant without
exemption
• High power (up to 10 W)• Not ESD-sensitive• Lower solder joint stress• Pulse performance
Power Metal Strip® AdvantagesOver Commercial Foil
• Pulse performance• Low CTE mismatch with PCB• Low resistance (down to 0.2 mΩ)
FOOTPRINT0603 0805 1206 2010
2512 2816* 2726 3637*
3921 4026 5931
USED FOR HIGH ENDGRAPHICS
CARDS
AMS (AVIONICS,
MILITARY, AND SPACE)
SMAR
TPH
ONES
TABL
ET
NETWORKINFRASTRUCTURE
MEDICAL
AUTOMOTIVE
INDUSTRIAL
APPLICATIONS
0
50
100
150
200
250
0603 0805 0805-18 1206 2010 2512 2726 3921 4026 5931
Pow
er D
ensi
ty (W
/in2 )
Case Size in Watts
Standard WSLP
POWER DENSITY
* WSL Series Only
WSLP5931
High Power
WSLP2726
Kelvin 4-Terminal Connection
WSLP2512
Standard Size
WSLP0603
Small Size
Power Metal Strip®
WSLP SERIES
CURRENT SENSE RESISTORSHIGH POWER, LOW RESISTANCE
Shown at actual size (when viewed or printed at 100 %)
For Technical Questions: [email protected]
33
IN A NUTSHELL
Board Space Consumptionhigh low
5931 (5 W)
3921(3 W)
3637(3 W)
0603(0.1 W)
0805(0.125 W)
1206(0.25 W)
2010(0.5 W)
1020(2 W)
0612(1 W)
2512(1 W)
2816(2 W)
4026 (3 W)
2726(3 W)
MULTIPLE PACKAGE SIZES (0603 to 5931)
Power Metal Strip®
Advantages OverThick Film
Power Metal Strip®
Advantages OverThin Film
• Pulse performance• Better temperature
derating• Superior temperature
stability (down to 75 ppm)• Low thermal EMF
(3 µV/ºC)• RoHS-compliant without
exemption
• High power (up to 5 W)• Not ESD-sensitive• Lower solder joint
stress• Pulse performance
Power Metal Strip® AdvantagesOver Commercial Foil
• Pulse performance• Low CTE mismatch with PCB• Low resistance (down to 0.2 mΩ) Shown at actual size (when viewed or printed at 100 %)
* Reverse geometry, long side terminations
0603 0805 0612* 1206 1020*
2010 2512 2816 2726 3637
3921 4026 5931
FOOTPRINT
USED FOR HIGH-ENDGRAPHICS
CARDS
AMS (AVIONICS,
MILITARY, AND SPACE)
SMAR
TPH
ONES
TABL
ET
NETWORKINFRASTRUCTURE
MEDICAL
AUTOMOTIVE
INDUSTRIAL
APPLICATIONS
00.125 0.25 0.5 1 2 3
10
20
30
40
50
60
70
80
90
100
110
120
130
140
4 5
0603
0805
1206
2512
4026 39
21
2726
2816
*
2010
3637
*
5931
Pow
er D
ensi
ty (W
/in2 )
Case Size in Watts* WSL Series Only
0612
*
1020
*
POWER DENSITY
WSL5931
High Power
WSL0603
Small Size
WSL2726
Kelvin 4-Terminal Connection
WSL1020
Side Terminated
WSL2512
Standard Size
Power Metal Strip®
WSL SERIES
CURRENT SENSE RESISTORSHIGH POWER, LOW RESISTANCE
For Technical Questions: [email protected]
34
IN A NUTSHELL
HIGH POWER THIN FILM RESISTORSEXCELLENT STABILITY IN HIGH POWER APPLICATIONS
For Technical Questions: thinfi [email protected]
SUPERIOR POWER RATING
DC/DC CONVERT-ERS
MC HP SERIES
0805
High Power Thin Film Resist
ors
06030402
SPACE SAVINGReduce Component Count and Save Board Space for 0.2 W Rated Power
1 x standard 0805 type
1 x MCS 0402 HP 3 x standard 0402 type 1 x MCS 0402 HP
62 %Less
67 %Less
EXCELLENT LONG TERM STABILITYAt Increased Power Rating
AUTOMOTIVE
INVERTERS
APPLICATIONS
DRIVES
INDUSTRY
FIRST
0.4W MCU0805HP
0.25W MCT0603HP
0.2W MCS0402HP
0.125W Standard0805Type
0.1W Standard0603Type
0.063W Standard0402Type
Size
0805
Size
0603
Size
0402
0.4 W
0.25 W
0.2 W
0.125 W
0.1 W
0.063 W
MCU 0805 HP
Standard0805 Type
MCT 0603 HP
Standard0603 Type
MCS 0402 HP
Standard0402 Type
Size 0805
Size 0603
Size 0402
Max.0.2 W
Max.0.4 W
Standard Type
MC HP
0.2 % Maximum resistancedrift after 1000 h
35
IN A NUTSHELL
FOOTPRINT
NON-INDUCTIVE DTO25D2TO20D2TO35
LTO 100
PROVEN QUALITY
AEC-Q200 qualifi ed
With PPAP available PPAP
1000CYCLES
SPACE SAVING
Fewer components on PCB
Can replace 5 to 20 chip resistors
0.0001
0.001
0.01
0.1
1
10
100
1.E-06 1.E-05 1.E-04 1.E-03 1.E-02 1.E-01
Ener
gy (J
)
Pulse Width (s)
Competitor
D2TO
0.004 J
0.35 J 0.069 J
2.6 J VISHAY
17 timesmore power
Energy Curve: D2TO vs. Competitor
COMPETITION
D2TO20D2TO20
LTO 100LTO 100
DTO25
D2TO35
DTO, D2T0, LTO
Widest Ω rangePROVEN RELIABILITY27 severe AEC-Q200 tests passed
Driving the main EV / HVmanufacturers
1206 D2TO35
AUTOMOTIVEAMS INDUSTRIAL
APPLICATIONS
Shown at actual size (when viewed or printed at 100 %)
For Technical Questions: sferfi [email protected]
THICK FILM POWER RESISTORSAEC-Q200 POWER RESISTORS
36
IN A NUTSHELL
….
APPLICATIONS
HIGHER POWER DISSIPATION
ADVANCED THERMAL CYCLING
SPACE SAVINGComponent Count and Board Space for 1 W Rated Power
MCW 0406 AT - 3000 cycles
MCW 0612 AT - 2000 cycles Standard 1206 case size - 1000 cycles
1 x standard 2512 type 1 x MCW 0612 AT 4 x standard 1206 type
SUPERIOR POWER RATING
….
EXCELLENT LONG TERM STABILITY
AUTOMOTIVEPROFESSIONAL COMPUTER
LIGHTING INVERTER
Pow
er R
atin
g
MCW 0612 AT
1 W
0.25 W0.1 W
0.3 W
MCW 0406 ATStandard
1206 Standard 0603
67 % LESS
75 % LESS
Standard 1206
0.25 W
Tem
pera
ture
0.3 WHigher Dissipation
at 1/3 of Size
MCW 0406 AT
WIDE TERMINAL THIN FILM RESISTORSHIGH POWER, SPACE SAVING
Thin Film Resistors
MCW AT SERIES
For Technical Questions: thinfi [email protected]
Time
Resi
stan
ceDr
ift in
%
1.0
0.1
1000 h
MCW Thin Film Technology
Thick Film Technology
37
IN A NUTSHELL
For Technical Questions: [email protected]
CDMMHIGH VOLTAGE MOLDED CHIP DIVIDER
APPLICATIONS• Industrial• Consumer• Automotive
FEATURES • Specifically designed for EV and HV automotive
applications• AEC-Q200 qualified• Compliant terminations• Sulfur-resistant• High creepage distance• Wide resistance values and ratios• Good TCR tracking and ratio tolerances vs. individual
components
MAX. WORKING VOLTAGE
Max
imum
Wor
king
Vol
tage
(V)
2250
1500
750
3000
0 STD CHIPS CDMM
6 - 8 STANDARD RESISTORS
1 CDMM
MEANS MORE SPACE
1 CDMM resistor rated at 1500 V each
=
=
1.5 kV
1.5 kV
R1
R2 VIN VOUT
+
-
+
-
1
3
2 2
1 2
3
FOOTPRINTShown at actual size
4527
0.455 in ± 0.020 in
0.275 in ± 0.005 in
CDMM
38
IN A NUTSHELL
For Technical Questions: [email protected]
CDMx (CDMM, CDMP, CDMH) SERIESHIGH VOLTAGE MOLDED CHIP DIVIDER
APPLICATIONS• Industrial• Consumer• Automotive
FEATURES • Specifi cally designed for EV and HV
automotive applications• AEC-Q200 qualifi ed• Sulfur-resistant• Wide resistance values and ratios• Good TCR tracking and ratio tolerances
vs. individual components• High creepage distance
MAX. WORKING VOLTAGE
Max
imum
Wor
king
Vol
tage
(V)
2250
1500
750
3000
0 STD CHIPS CDMP CDMM CDMH
5 - 15 STANDARD RESISTORS
1CDMx
MEANS MORE SPACE
1 CDMx resistor rated @ 1100 V to 3000 V each
=
==3 kV
3 kV
R1
R2 VIN VOUT
+
-
+
-
1
3
2 2
1 2
3
FOOTPRINTShown at actual size
45274527
CDMPCDMMCDMH
HIGH PRECISION
VOLTAGEHANDLING
COST
CDMHCDMMCDMP
CDMPCDMHCDMM
1 2
0.455” ±0.020”
0.275” ± 0.005”
39
IN A NUTSHELL
WIND ENERGY(GENERATION)
HVDC TRANSMISSION
RAIL
INDUSTRY
FIRST
30Over
30 Years of Experience
SOLARMEDICAL
MARINE
INDUSTRIAL
DRIVES
KEY APPLICATIONS Snubbers
Discharge
Balancing
Dividers
Filters
CUSTOM FRIENDLY • Specifi c terminals (size and diameter M4 - M5)• Terminals with leads• Possibility of two or three resistors in the same
case (RCEC 400, RCEC 850)• Creeping and clearance distances (HV version)• Assemblies (resistors mounted on heatsink)
RCMC
LPS
RCEC
LPS, RCMC, RCECRCEC 750 Wirewound
750 W 750 W
Size
Footprint
Weight 100 g 1400 g
Case Temp. 70 ºC 450 ºC
Inductance Non-inductive Inductive
Resistance 0.3 Ω to 1 MΩ 8.2 Ω to 60 kΩ
Dielectric Up to 12 kV Not insulated
Partial Discharge
< 5 pC > 1000 pC
60
70370
40
400
750
600
850
W
300
500
800
1100
300
LPS 300
RCEC 400
RCEC 500
LPS 600
RCEC 750LPS 800
RCEC 850
LPS 1100
850
RCEC 850
THICK FILM POWER RESISTORSHIGH POWER, COMPACT THICK FILM RESISTORS
For Technical Questions: sferfi [email protected] or mcbfi [email protected]
40
IN A NUTSHELL
HIGH POWER RESISTORSRCP / PHP / PCAN
For Technical Questions: thinfi [email protected]
PHP AND PCAN THIN FILM RESISTORS RATED POWER AT 70 ºC
RCP (AIN) THICK FILM CHIP RESISTOR POWER RATING
High Power Resistors
RCP (AIN) THICK FILM CHIP RESISTOR POWER RATING
Hig orsHig rs
RCP
TECHNOLOGY SUBSTRATE RESISTANCE ADVANTAGE
RCP Thick fi lm Aluminum nitride 10 Ω to 2 kΩ • High frequency
PCAN Thin fi lm Aluminum nitride 2 Ω to 30 kΩ• Tighter TCR• Tighter tolerance
PHP Thin fi lm Alumina 10 Ω to 30 kΩ• Tighter TCR• Tighter tolerance
APPLICATIONS
PCAN
PHP
7
6
5
4
3
2
1
00603
* Without active cooling
Thin FilmPHP
Appl
ied
Pow
er (W
)
Thin FilmPCAN
Thin FilmStandard
0805 1206 2512
25
20
15
10
5
0505
Pow
er R
atin
g (W
)
With active coolingWithout active cooling
603 1206 2512
FOOTPRINT AND PROFILE CAPABILITY
Shown at actual size (when viewed or printed at 100 %)
0505(RCP only)
0805(PCAN, PHP only)
0603 1206 2512
TELECOMMUNICATIONS
MEDICAL AUTOMOTIVE
MILITARY
POWERRATING
RCPPCAN
PHP
STDCHIPS
HIGHPRECISION
PCANPHP
RCP
COST
PCAN
PHP ~ RCP
REDUCES COMPONENT COUNTAND PCB AREA
=
41
IN A NUTSHELL
For Technical Questions: [email protected]
Shown at actual size (when viewed or printed at 100 %)
AC05-CSAC03-CSAC01-CSFOOTPRINT
Power Supplies
Washing Machines
Gas Meters
Energy Meters
KEY APPLICATIONS IN ALTERNATIVE ENERGY, CONSUMER, AND INDUSTRIAL
AC-CS
UL 1412 Recognized (UL File No. E362
452)
Rated Power, P40
Surge Voltage Max.
Fusing Time Ohmic Range Diameter Length
AC01-CS 1.1 W 0.7 kV to 3.2 kV< 30 s for 30 W
overload3 Ω to 100 Ω, 5 % 5 mm 11 mm
AC03-CS 3 W 2 kV to 4 kV< 25 s for 45 W
overload4.7 Ω to 100 Ω, 5 % 6 mm 13 mm
AC05-CS 5 W4 kV (10 Ω to 20 Ω)6 kV (22 Ω to 100 Ω)
< 45 s for 100 W overload
10 Ω to 100 Ω, 5 % 10 mm 17 mm
Detailed datasheet: www.vishay.com/doc?28909
AC-CS OPTIONS
CompetitorVishay’sAC-CS
SAFE + SILENT FUSING
Fusible Safety
WirewoundResistor
FusibleSafety
+
HighSurge
FUSIBLE SAFETY WIREWOUND ESISTORSSILENT + SAFE FUSING, SURGE HANDLING UP TO 6 kV
42
IN A NUTSHELL
For Technical Questions: thinfi [email protected]
EQUIVALENT AGING DRIFTDivider Ratio Stability: Aging Over Lifetime
Discrete Thin Film Chip Resistors
Thin Film Array Elements on Same Chip
TimeDi
vide
r Err
orOv
er L
ifetim
e
0.1 %
0.02 %
20 000 h
P = P70P = 0
P = P70
P = 0
THERMAL COUPLING
THIN
FI
LM CHIP RESISTOR ARRAYSIN
FILM R ARRAYAYA S
NFIL
M R ARR
ACAS 0606
ACAS 0612
With Four or Eight Terminals
TEMPERATURE COEFFICIENT
ResistanceChange
20 T (ºC)
Absolute TCR: ± 25 ppm/KResistanceChange
Absolute TCR: ± 25 ppm/K
20 T (ºC)
Relative TCR:± 5 ppm/K
Possible TCRBehavior
TOLERANCE
-0.1 %
+0.1 %
0
ResistanceChange
-0.1 %
+0.1 %
0
+0.05 %
-0.05 %
0
ResistanceChange
Absolute Tolerance
Absolute TCR
Relative Tolerance(Matching)
Relative TCR (Tracking)
AUTOMOTIVE DC/DCCONVERTERS
MEASUREMENT EQUIPMENT
R1
R2
VIN VOUT
R1
R2
VIN
VOUT
APPLICATIONS
VOLTAGE DIVIDER FEEDBACK LOOP
RESISTOR ARRAYSWHEREVER A STABLE RESISTANCE RATIO IS REQUIRED
43
IN A NUTSHELL
WCR and DCRF Advantages Over Thick FilmWater-Cooled Resistors
WCR and DCRF Advantages Over Plastic BoxWater-Cooled Resistors
• Pulse performance (wirewound technology)• High power dissipation (up to 9 kW)• Overload capability (2 Pn during 60 s)• Multiple resistive element option (low and high ohmic values
on the same support)• Safe failure mode (no leakage)
• High power dissipation (up to 9 kW)• Overload capability (2 Pn during 60 s)• Low inductivity option (< 500 nH)• Multiple resistive element option (low and high ohmic values
on the same support)• Safe failure mode (no leakage)
WCR and DCRF Advantages Over Standard Wirewound Resistors• High power dissipation (up to 9 kW)• Limited external radiation (surface temperature < 120 ºC)• Helps customers gain competitive advantage by reducing equipment size and cost• Multiple resistive element option (low and high ohmic values on the same support)
PRODUCT PORTFOLIO
APPLICATIONS
INTEGRATED SOLUTION, NO HEATSINK NEEDED
WCR DCRF
Power Range From 1.5 kW to 9 kW
WCR – DCRF
INDUSTRY
FIRST
INDUSTRIAL
WIND POWER
HVDC-SVCTRANSMISSION
LARGE DRIVE
MARINE
SOLAR
9000
8000
7000
6000
5000
4000
3000
2000
1000
WCR 30 x
250
DCRF 38 x 178
WCR 38 x
250
WCR 38 x
300
DCRF 38 x 224
DCRF 38 x 270
DCRF 38 x 316
DCRF 38 x 362
DCRF 38 x 410
0
Power(W)
CUSTOMIZATION OPTIONS
• Multiple resistive elements on the same tube (up to eight)• Combination possible with WCR and DCRF resistive elements (MDCR)• Custom assemblies (twin tubes)
Natu
ral C
oolin
g
2 x WW 50 x 370
1 x WCR 30 x 250
1 x DCRF 38 x 178
1500 W Surface Temp.(ºC)
70
120
380
Length(mm)
Diameter(mm)
Weight(kg)
Wire
wou
ndW
CRDC
RFW
ater
Coo
ling
370
370
250
17838
30
50
0.8
1
3
WATER-COOLED WIREWOUND RESISTORSULTRA HIGH POWER INTEGRATED RESISTORS
For Technical Questions: mcbfi [email protected]
44
IN A NUTSHELL
VOLTAGE HANDLING
FOOTPRINT1206 1210 2010 2510 2512
APPLICATIONS
CRHV CRMV6StandardResistors
MEANS MORE BOARD SPACE
1CRxV=
=
AMS (AVIONICS,
MILITARY, AND SPACE)
MEDICAL
AUTOMOTIVE
INDUSTRIAL
TELECOMMUNICATION
CONSUMER• Design fl exibility with multiple termination confi gurations and materials includingnon-magnetic, allows design fl exibility
• Available as chip divider also – CDHV and CDMV, respectively
1206 1210 2010 2510 2512
3000
2500
2000
1500
1000
500
0
CRHV CRMV STANDARDCHIPS M/D 55342
Abs.
% ∆
R
Life High Temp.Exposure
Low Temp.Operation
Resistance to Bonding Exposure
MoistureResistance
TCR (% / ˚C x 50)
1
0.8
0.6
0.4
0.2
0
CRMV / CRHV Competition
6 STANDARD resistors rated at 500 V each
3 kV
1 CRHV2512 resistor rated at 3000 V
3 kV
CRHV / CRMV SERIESHIGH VOLTAGE THICK FILM RESISTORS
Shown at actual size(when viewed or printed at 100 %)
For Technical Questions: [email protected]
45
IN A NUTSHELL
MEPIC: MASSIVE ELECTRO-PYROTECHNIC INITIATOR CHIP RESISTOR
EPIC: ELECTRO-PYROTECHNIC INITIATOR THIN FILM CHIP RESISTOR
CURRENT PASSING THROUGH THE IGNITERAll Fire:Heat Transfer Towards the Pyrotechnic
Material
The Active Area of an Igniter Is a Volume of Resistive Element to Heat
No Fire:Heat TransferTowards the
Substrate of theIgniter
MEPIC AND EPIC EPIC MEPICAll Fire Energy Down to 50 µJ Down to 1000 µJ
Time Down to 50 µs Down to 250 µs
No Fire Current 0.3 A to 0.8 A 0.5 A to 1.2 A
No Fire Duration 2 s to 5 s 2 s to 10 s
Faster and lower energy needed
for ignition
Withstands higher energy without
ignition
STD SMDCASES
(0603 / 0805)STD REFLOW
PROCESS
TAPE AND REELPACKING FOR
PICK AND PLACEMACHINES
ADAPTATION OF OUR ACTIVE
AREA TO “ALL FIRE / NO
FIRE” CUSTOMER REQUIREMENTS
COMPATIBLE TO ALL
EXPLOSIVE MATERIALS
CUSTOMIZATION HAS NO IMPACT
ON THE FOOTPRINTS
RELIABILITY & PREDICTABILITY
IN THE SOLDERING PROCESS
EACH YEAR WE CONTRIBUTE TO SAVING 5000 LIVES WITH OUR
TECHNOLOGY
DIMENSION OF ACTIVE AREA
100 % CONTROLLED
ADVANTAGES OF EPIC / MEPIC OVER WIRE BRIDGEEASY TO MOUNT
CUSTOMIZATION
RELIABILITY – REPRODUCTIBILITY
APPLICATIONS (DOMAIN SPECIFIC)
PERFORMANCE
EPIC 0603 MEPIC 0805
PYROTECHNICS
MILITARY
DEMOLITIONROCK FRAGMENTATION
AIRBAGSSEAT BELTS
Military Space Mining Automotive
Markets
EPIC MEPIC
ELECTRO-PYROTECHNIC INITIATOR CHIP RESISTORSMD IGNITER
For Technical Questions: sferthinfi [email protected]
46
IN A NUTSHELL
For Technical Questions: [email protected]
UIPM
A, UIPMC, UFPMA, UFPMC
UIFPMCUIPMC
UFPMAUIPMA
UIPMA-UFPMA SERIESULTRA THIN, WATERPROOF, EASY TO MOUNT LINEAR AND ANGULAR POSITION SENSORS
SPACE SAVING
0.51 ± 0.1 total thickness
Thickness of about 0.5 mm
WATERPROOF
Totally sealed
IP66
EASY TO MOUNT
High integration capacity by adhesive layer “stick and play”
PROVEN RELIABILITY, HIGH DURABILITY
3 M to 25 MCYCLES
UIPMA 3 M cycles UFPMA 25 M cycles
APPLICATIONS
OFF-ROAD MEDICAL INDUSTRIAL
CUSTOMIZATION• Output by leads or contacts
• Outdoor version
• Redundant functions
• Version to support pressure variations
PRODUCT PORTFOLIO
250
200
150
100
50
0 UIPMA050
Elec
tric
al T
rave
l (m
m)
UIPMA100 UIPMA150 UIPMA200 UIPMA250
Ground (pin 1)
Collector (pin 2)
WiperUsupply (pin 3)
Equipotentialvoltage areas
No direct contact of wiper so no wearing of the track
INDUSTRY
FIRST30
Over 30 years ofexperience
47
IN A NUTSHELL
For Technical Questions: [email protected]
MODEL SPECIFICITY MARKETS
P11A* Low noise and CRV Audio
P11S& upon request
Genuine model Avionics
High torque Heavy duty vibration
P11P High dielectric strength High voltages
P11L Long life cycles Heavy duty life
T11 No shaft , knob actuated PCB mounting
MODULAR PANEL POTENTIOMETER KEY APPLICATIONS
THE MOST VERSATILE MODULAR PANEL POTENTIOMETER
PANEL POTENTIOMETERS: MODEL P11
P11
Syringe Pumps
Welding Machines
Cockpit
Off-Road
Audio
MULTIPLE MODELS
R
F S
W
L
A
90 %
50 %
20 % 10 %
Vs % Ve
15° 15°
Mechanical travel (Ex: 300°)
Electrical travel (Ex: 270°)
50 %
Various Bushing Types
Up to 10 different bushing options
Various diameters and lengths
Resistive Module
20 Ω up to 10 MΩUp to 7 resistive
modules in one P11
Various Shaft Designs
Up to 21available designs
Lengths, diameters, machining, and custom
models
Sealing Level
IP64Optional:
additional panel and shaft sealing
Detent Modules
Higher rotating torque
CW / CCW / Central / up to 21 detents
Mr. Versatile
• Option• Description• Comments
Custom Friendly
Varia
tion
Curv
es
❊ Resistive module 5 kΩ linear law
❊ ❊Resistive module 10 kΩlogarithmic law
❊ ❊ ❊Various switches available: rotary, push-push, and momentary push
Electrical Laws (Tapers)Up to 6 different tapers
Most common: linear, log, and reverse log
5K A❊
Switch❊❊❊
10K L❊❊
Detent
48
IN A NUTSHELL
HIGH INSULATION VOLTAGE FOR EV HIGH POWER INVERTERS
EASY MOUNTING MECHANICAL OPTIONS
KEY APPLICATIONS IN AUTOMOTIVE / INDUSTRIAL
Inverters
DC/DC Converters
Battery Management
On-Board Chargers
Charging Plugs
Robotics
RELIABLE OPERATING TEMP. OVER TIME
AEC-Q200 Qualifi ed
NTC LUG SERIES Mountingscrew
Metric screw M2 M3 M3,5 M4 M5 M6 M8
Stud screw #1-2 #3-4 #5-6 #8 #10 #1/4 #5/16
CABLE AWG24
CABLE AWG26
CABLE AWG28
CABLE AWG30
CABLE AWG32
Mountingscrew
DC/DC
ACto
DC
NTC LUG THERMISTORSSURFACE TEMPERATURE SENSORS
For Technical Questions: [email protected]
100
1000
10 000
100 000
1 000 000
-60 -40 -20 0 20 40 60 80 100 120 140
Res
ista
nce
()
Temperature (°C)
Electrical Resistance in Function(Temperature)
UL-certified R(T) curves
10 k B25 / 85 = 3435 K
10 k B25 / 85 = 3984 K
5 k B25 / 85 = 3984 K
1 10 100 1000 10 000
LUG 01T
LUG 01A
LUG 03A Premium
Competition
Competition
125 ºC 150 ºC
(h)
0
0.5
1
1.5
2
2.5
3
(kV
)
LUG01T LUG01ALUG02A
Competition LUG03A
49
IN A NUTSHELL
For Technical Questions: [email protected]
SUITABLE FOR WIRE BONDING AND NANO-SILVER PASTE SINTERING
ACCURATE / STABLE AT HIGHTEMPERATURE (175 ºC)
INDUSTRIES
NTCC200
WIRE BONDABLE NTCTHERMISTOR DIE
DESIGNED FOR IGBT MODULES
TEMPERATURE SENSING AND REGULATION
TH1TH2
G1
NC
E1
G2
NC
E2 E2
C2E1
C1
NTCC200
RTC
RTC
Integrated NTCChip Sensor
Real-Time Current Control Chip
6
5
4
3
2
1
00 2000
Time (Hrs)
Drift in operation at 175 ºC
TYPICAL MAXIMUM ALLOWED
dR/R
(%)
4000 6000 8000 10000
Power modules for EVs and hybrid vehicles
Inverters for windmills and solar panels
Pressure andTemeprature
DIE
MetallizationLayers
SilverPaste
Assembly Guides
Substrate + Heat sink
50
IN A NUTSHELL
For Technical Questions: [email protected]
RADIAL LEADS-SAWING TECHNOLOGY
NTCLE LEADED-EPOXY COATED NTC THERMISTORS
NTCLE LEADEDACCURACY IN TEMPERATURE MEASUREMENT
• EV battery sensor• Charging plug • Ambient thermostats• Fire detectors• Inlet Air Temp (IAT)• Engine Coolant (ECT)• Air conditioning
TEMPERATURE SENSING / CONTROL / PROTECTION
APPLICATIONS
COMPONENTS AVAILABLE IN DIFFERENT WIRE GAGES, LENGTHS, WITH(OUT) INSULATION
• Resistance /temperature curve in “My Vishay NTC Curve” (©Excel)
• 3D models available (online)• LT and PSpice models (online)• SPICE multi-simulator models on request
(adapted to most other SPICE simulators like Multisim / TINA... )
MULTIPLE DESIGN TOOLS AVAILABLE
NTCLE203…SB0 10 KΩ
InsulatorNone ETFE PEEK PTFE PVC
Wire gage
AWG32Ag-plated Ni or NiFe
AWG30Sn-plated Ni
Sn-plated Ni
Ag-plated Ni
Ag-plated Ni
Sn-plated Cu
AWG28Sn-plated Ni
Sn-plated Cu
Ag-plated Cu
AWG26Sn-plated Ni
Sn-plated Cu
Ag-plated Cu
AWG24Sn-plated Ni
Sn-plated Cu
AWG23Sn-plated Cu
Monostranded length 0.4 in up to 2 in
Multistranded length 1.5 in up to 9 in
Monostranded length 1.5 in up to 9 in
Multistranded length 2 in up to 150 in
EPOXY-COATED
NTCLE LEADED
EPOXYXYX COATATA ED
COMPONENTS AVAILABLE IN DIFFERENT WIRE
• SPICE multi-simulator models on request (adapted to most other SPICE simulators like Multisim / TINA... )
D
elta
T (
K)
Temperature accuracy 1 point or 2 point sensor
0.00
0.20
0.40
0.60
0.80
1.00
1.20
1.40
1.60
1.80
2.00
-60 -40 -20 0 20 40 60 80 100 120 140 160TEMPERATURE (°C)
V1
2.5
R1{wc(10k,Rtol2/100,4)}
R3{wc(10K,Rtol1/100,3)}
U2
U4
U5
U6
RP1
1K
RC
200
RI
1Meg
RP2
{Kp*1K}
RD
{Kd/0.1u}
R11
10K
R12
{C*10K}
R13
{C*10k}
CD
0.1µ
CI
{1/(Ki*1Meg)}
R15
10K
R16
50Meg
U8
R1710k
R18
10k
R7
10k
R1910k
C5
1
R2
{wc(tau,0.25,2)}
V2
PULSE(0 {dT} 225 100 100 400 1000 4)
V={Rheat}*I(R9)*I(R9)/Dsystem +Tamb
B4
R5
1
R6
1
C1
{Csystem1}
C2
{Csystem2}
Q1ZTX1048A
Q2{TR_NPN}
R4
1k
R8{Rheat}
R9{Rheat}
V4
15
V9
-2.5
V10
-15
R10
10K
R14
10K
U3
V5
NTCLE203E3103_B0TOLR={Rntctol} TOLB={Btol}
U1
NTCLE203E3103_B0
U7
V3
V6
0
B1
V= Tamb +V(heatnoise)
NTCVerr
Vcc
Vs
Vcc
Vcc
Vcc
Vcc
Ti
Vcc
Tsystem
SET
heat
nois
e
Tsystem
Vs
Vs
-Vcc
-Vs
-Vs
Vs
Vheat
-Vcc
-Vcc
-Vcc
-Vcc
Vsum Vinv
Tp
rof
Tset
Ear
th
Tam
bie
nt
.tran 0 4000
.options maxstep=0.01
.param TR_NPN =1
.param Tamb =20. Tinit= 25 Kp=1.5 Kd=350 Ki=0.0021 dT=0 run=-1
.param tau=5 C=1 Csystem1=50 Csystem2=50 Dsystem=0.3 Rheat=1.5
.param Rtol1=0.5 Rtol2=0.5 Rtol3=0.5 Rntctol =1.0 Btol=1.0
.IC V(ti) =Tinit V(Tsystem) =Tinit V(Verr)=0
.step param run -1 32 1
.step param dT list 0 -30
.meas err rms(abs(V(Tsystem)-V(Tset)))
.func vb(x,p2) floor(x/(2**p2))-2*floor(x/(2**(p2+1)))
.func wc(nom,tol,P2) if(run==-1,nom,if(vb(run,p2),nom*(1+tol),nom*(1-tol)))
.model 1 ako: ZTX849
.model 2 ako: 2N3055
PID CONTROLLERSENSING BRIDGE HEATER UNIT
Feedback of Tsystem (System Temperature)
Sensing Thermistor
TemperatureSet Profile
Supply Voltages
Proportional
Derivative
Integral
Summer Amplifier Inverter
SYSTEMBody / Space to regulate (with Temperature Noise)
PID Temperature Controller With NTC Thermistor (Temperature / Voltage Driven)
Differential Amplifier
System temperature
Ambient temperature including noise
51
IN A NUTSHELL
For Technical Questions: [email protected]
GLASS PROTECTED / NI BARRIER - SN TERMINATIONSNTCS SURFACE-MOUNT NTC THERMISTORS
NTCS….E3…..TCOMPLIANCE TO STANDARDS
• LED over-current limitation• Li-ion and Li-polymer over–temperature detection• Power modules (EV, HEV,…)• Optoelectronics• Car infotainment • Medical equipment
TEMPERATURE SENSING / CONTROL / PROTECTION
APPLICATIONS
(VERY) STABLE IN CLIMATIC TESTING (OPERATIONAL LIFE)
• Resistance / temperature curve in “My Vishay NTC Curve” (©Excel)
• Resistor / thermistor network output computation (online)
• SPICE multi-simulator models (PSpice / LTspice / TINA / Multisim / Altium / Simetrix / SaberRD…)
MULTIPLE DESIGN TOOLS AVAILABLE
• AEC-Q200 qualified
• Sustaining ESD air discharge: 25 kV (HBM)
• UL 1434 certified (File E148885)
• Sulfur-resistant to ASTM B809-95
• RoHS-compliant
• Whisker testing according to JESD 201 A
NTCS0805
04020603
1mm
0
0805
52
IN A NUTSHELL
For Technical Questions: [email protected], [email protected], or [email protected]
FRED Pt® rectifi ers available in the following packages:• Standard Products
SlimDPAK (TO-252AE)SlimSMA (DO-221AC)SMF (DO-219AB)SMPC (TO-277A)SMPD (TO-263AC)
• AEC-Q101 Qualifi ed ProductsSlimDPAK (TO-252AE) SlimSMA (DO-221AC) SMF (DO-219AB)SMPC (TO-277A)SMPD (TO-213AC)
DC/DC CONVERTERS
APPLICATIONS
eSMP® SERIES
enhanced Surface-Mount Power Packag
es
eSMP® Series Packages Overview TELECOM
AUTOMOTIVE
FRED Pt® (Fast Recovery Epitaxial Diodes) products are based on a Pt doping technology that allows maximum operating junction temperature
SMPD(TO-263AC)
SlimDPAK(TO-252AE)
SMPC(TO-277A)
SlimSMA(DO-221AC)
SMF(DO-219AB)
FRED Pt® AEC-Q101 qualifi ed products have undergone part average testing (PAT) and statistical yield limit (SYL) analysis to ensure their electrical parameters meet the highest quality level for automotive applications
POWER FACTOR CORRECTION
PFC
LeakageLow leakage currents
VReverse voltage: 100 V, 200 V, and 600 V
SwitchingLossesReduce switching losses
PATSYL
Low forward voltage drop
Current range from 1 A to 30 A
1 A 30 A
Fast and soft recovery characteristics SOFT
AEC-Q101 Qualifi ed
FRED PT® RECTIFIERS IN eSMP® SERIESSPACE-SAVING FOOTPRINTS AND LOW PROFILE PACKAGE SOLUTIONS FOR ALL MAJOR APPLICATIONS
Up to 175 ºC
53
IN A NUTSHELL
For Technical Questions: [email protected], [email protected], or [email protected]
Vishay P/N IF(AV)
(A)VBR
(V)VF (V)
at IF (A)
trr
(ns)IFSM
(A)TJ max.
(ºC)AEC-Q101Available
VS-4EVH02HM3 4 200 0.71 4 16 100 175 Yes
VS-4EVH02-M3 4 200 0.71 4 16 100 175 No
VS-6CVH02HM3 2 x 3 200 0.75 3 20 140 175 Yes
VS-6CVH02-M3 2 x 3 200 0.75 3 16 100 175 No
VS-8CVH02HM3 2 x 4 200 0.71 4 16 200 175 Yes
VS-8CVH02-M3 2 x 4 200 0.71 4 16 200 175 No
VS-10CVH02HM3 2 x 5 200 0.74 5 16 200 175 Yes
VS-10CVH02-M3 2 x 5 200 0.74 5 16 200 175 No
VS-6EVL06HM3 6 600 0.98 6 34 80 175 Yes
VS-6EVL06-M3 6 600 0.98 6 34 80 175 No
VS-6EVH06HM3 6 600 1.26 6 16 70 175 Yes
VS-6EVH06-M3 6 600 1.26 6 16 70 175 No
VS-6EVX06HM3 6 600 1.65 6 14 50 175 Yes
Vishay P/N IF(AV)
(A)VBR
(V)VF (V)
at IF (A)
trr
(ns)IFSM
(A)TJ max.
(ºC)AEC-Q101Available
VS-6EVX06-M3 6 600 1.65 6 14 50 175 No
VS-8EVL06HM3 8 600 0.98 8 34 130 175 Yes
VS-8EVL06-M3 8 600 0.98 8 34 130 175 No
VS-8EVH06HM3 8 600 1.30 8 16 90 175 Yes
VS-8EVH06-M3 8 600 1.30 8 16 90 175 No
VS-8EVX06HM3 8 600 1.40 8 14 80 175 Yes
VS-8EVX06-M3 8 600 1.40 8 14 80 175 No
VS-15EVL06HM3 15 600 0.98 15 38 180 175 Yes
VS-15EVL06-M3 15 600 0.98 15 38 180 175 No
VS-15EVU06HM3 15 600 1.10 15 26 160 175 Yes
VS-15EVU06-M3 15 600 1.10 15 26 160 175 No
VS-15EVH06HM3 15 600 1.20 15 20 120 175 Yes
VS-15EVH06-M3 15 600 1.20 15 20 120 175 No
APPLICATIONS
9.0 mm x 6.2 mm x 1.3 mm(L x W x H)
Slim
DPAK (TO-252AE) PACKAGE
VReverse voltages: 200 V and 600 V
Ultrafast recovery times downto 14 nsFAST
Low forward drop reduces power losses and improves effi ciency Drop
Footprint compatible with DPAK with 43 % lower profi le for slimmer end products, while heatsink area is 14 % larger for lower thermal resistance
FRED Pt® (Fast Recovery Epitaxial Diodes) products are based on a Pt doping technology that allows maximum operatingjunction temperature
Up to 175 ºC
DC/DC CONVERTERS
AUTOMOTIVEECU, ABS, and
HID / LED lighting
COMMERCIAL / INDUSTRIALTelecom power supplies
and Commercial / IndustrialVersions Available
FRED Pt® RECTIFIERS IN SlimDPAK PACKAGEINCREASE POWER DENSITY AND IMPROVE THERMAL PERFORMANCE
54
IN A NUTSHELL
For Technical Questions: [email protected], [email protected], or [email protected]
APPLICATIONS
MORE EFFICIENT DESIGNS
REDUCED POWER LOSSES
Reducednoise
ReducedEMI
FEATURES• Hyperfast and ultrafast recovery• Fast and soft recovery (down to 25 ns)• Low forward voltage drop (down to 0.75 V typ.)• AEC-Q101 qualifi ed
FRED Pt® technologyallows high operatingtemperatures to +175 ºC
operatingtemperature
+175 ºC SMPD package is compatible with D2PAK footprint but with lower profi le
Vishay P/N Type Diode Variation
IF(AV)
(A)VR
(V)VF Typ at Rated I
(V)
Trr Typ(ns)
AEC-Q101
VS-10CDH06-M3 Hyperfast Dual 2 x 5 600 1 35 No
VS-10CDH06HM3 Hyperfast Dual 2 x 5 600 1 35 Yes
VS-12CDU06-M3 Ultrafast Dual 2 x 6 600 0.89 45 No
VS-12CDU06HM3 Ultrafast Dual 2 x 6 600 0.89 45 Yes
VS-16CDH02-M3 Hyperfast Dual 2 x 8 200 0.77 27 No
VS-16CDH02HM3 Hyperfast Dual 2 x 8 200 0.77 27 Yes
VS-16CDU06-M3 Ultrafast Dual 2 x 8 600 0.94 45 No
VS-16CDU06HM3 Ultrafast Dual 2 x 8 600 0.94 45 Yes
Vishay P/N Type Diode Variation
IF(AV)
(A)VR
(V)VF Typ at Rated I
(V)
Trr Typ(ns)
AEC-Q101
VS-16EDH02-M3 Hyperfast Single 16 200 0.75 32 No
VS-16EDH02HM3 Hyperfast Single 16 200 0.75 32 Yes
VS-16EDU06-M3 Ultrafast Single 16 600 0.91 55 No
VS-16EDU06HM3 Ultrafast Single 16 600 0.91 55 Yes
VS-20CDH02-M3 Hyperfast Dual 2 x 10 200 0.77 25 No
VS-20CDH02HM3 Hyperfast Dual 2 x 10 200 0.77 25 Yes
VS-30CDU06-M3 Ultrafast Dual 2 x 15 600 0.9 55 No
VS-30CDU06HM3 Ultrafast Dual 2 x 15 600 0.9 55 Yes
AUTOMOTIVE and INDUSTRIAL
EV / HEV battery charging systems
APD for inverters
ECU
> 1.70 mmSMPD
4.45 mmD2PAK
Noise
EMI
FRED Pt® RECTIFIERS IN SMPD (TO-263AC)OFFER HIGHER POWER DENSITY
10 A TO 30 A
55
IN A NUTSHELL
FRED Pt® ULTRAFAST RECTIFIERS IN FLATPAK™ 5 X 6
For Technical Questions: [email protected], [email protected], or [email protected]
APPLICATIONS DC/DC converters
– AEC-Q101 rectifiers: automotive engine control units (ECU), anti-lock braking systems (ABS), and HID and LED lighting – Commercial / industrial rectifiers: telecom power supplies
INCREASE POWER DENSITY AND PERFORMANCE EFFICIENCY
FlatPAK™ 5 X 6
Vishay P/N Forward Current IF(AV)
Forward Voltage VF at IF
Reverse Recovery Time trr
AEC-Q101
VS-6DKH02-M3 2 x 3 A 0.71 V 25 ns No
VS-6DKH02HM3 2 x 3 A 0.71 V 25 ns Yes
VS-8DKH02-M3 2 x 4 A 0.7 V 25 ns No
VS-8DKH02HM3 2 x 4 A 0.7 V 25 ns Yes
Simplify PCB layouts with ONE PACKAGE INSTEAD OF TWO; SAVING > 65 % PCB SPACE
200 V reverse voltage
Low forward drop reduces power losses and improves efficiency
High forward current ratings of 6 A (2 x 3 A) and 8 A (2 x 4 A)
Ultrafast recovery times down to 25 ns
2000 hours of high temperature reverse bias (HTRB) testing guarantees long term reliability
Operating temperature range of
ULTRAFAST
-55 °C to +175 °C
2000 HRS
V
PowerLosses
FlatPAK™SMC SMC
56
IN A NUTSHELL
For Technical Questions: [email protected], [email protected], or [email protected]
Select TMBS® rectifi ers available in the following packages:• MicroSMP (DO-219AD)
• SlimDPAK (TO-252AE)
• SlimSMA (DO-221AC)
• SMP (DO-220AA)
• SMPA (DO-221BC)
• SMPC (TO-277A)
• SMPD (TO-263AC)
DC/DC CONVERTERSFREE-WHEELING
APPLICATIONS
eSMP® Series
SMAR
T PH
ONES
TABL
ET
Low power losses and high effi ciency
Trench MOS Schottky technology provides low forward voltage drop
Reverse voltage from 45 V to 200 V
Current range from 1 A to 60 A
Low profi le package heights
PowerLosses
enhanced Surface-Mount Power P
acka
ges
AEC-Q101Qualifi ed
Drop
eSMP® Series Packages Overview
CONSUMER
INDUSTRIALAUTOMOTIVEFor M type Schottky barrierpart numbers
MAXIMUM OPERATINGJUNCTION TEMPERATURE
Up to 175 ºC
Enable higher current and power effi ciency with a unique design that promotes better thermalperformance and reliability
CURRENT
POWER
EFFICIENCY
SMPD(TO-263AC)
SlimDPAK(TO-252AE)
SMPC(TO-277A)
SMPA(DO-221BC)
SlimSMA(DO-221AC)
SMP(DO-220AA)
MicroSMP(DO-219AD)
TMBS®
AEC-Q101 qualifi ed products have undergone part average testing (PAT) and statistical yield limit (SYL) analysis to ensure their electrical parameters meet the highest quality level for automotive applications
PATTMBS®
SYL
AEC-Q101 Qualifi ed
TMBS® RECTIFIERS IN eSMP® SERIESTRENCH MOS BARRIER SCHOTTKY TECHNOLOGY IN SPACE-SAVING FOOTPRINTS AND LOW PROFILE PACKAGE SOLUTIONS
57
IN A NUTSHELL
For Technical Questions: [email protected], [email protected], or [email protected]
Available in asymmetrical and symmetrical fl at type packages
Product technologies available in eSMP® series packages:• ESD protection diodes
• PAR® TVS diodes
• TRANSZORB® TVS diodes
• Zener diodes
• Avalanche rectifi ers
• FRED Pt® rectifi ers
• Schottky rectifi ers
• Standard and fast recovery rectifi ers
• TMBS® rectifi ers
• Ultrafast recovery rectifi ers
AUTOMOTIVE
INDUSTRIAL
TELECOMMUNICATION
LIGHTING
DC/DC CONVERTERSFREE-WHEELING
APPLICATIONS
Enable higher current and power effi ciency with a unique designthat promotes better thermal performance and reliability
CURRENT
POWER
EFFICIENCY
eSMP® Packagesenhanced Surface-Mount Powerpackages
USEFUL LINKS
eSMP® series product overview:www.vishay.com/doc?49383
Diodes / rectifi ers in eSMP® series package:www.vishay.com/landingpage/tradeshows/diodes/
eSMP® SERIES
SMPD(TO-263AC)
SlimDPAK(TO-252AE)
SMPC(TO-277A)
SMPA(DO-221BC)
SlimSMA(DO-221AC)
SMP(DO-220AA)
SMF(DO-219AB)
MicroSMP(DO-219AD)
MicroSMF(DO-219AC)
Space-Saving Miniature Packages
eSMP® SERIESSMALL AND LOW PROFILE PACKAGE SOLUTIONSFOR SELECT DIODES AND RECTIFIERS
58
IN A NUTSHELL
For Technical Questions: [email protected], [email protected], or [email protected]
Device(1) eSMP® Package IF(AV)
(A)VBR Range
(V)Max VF at IF AEC-Q101 Automotive
Grade(V) (A)
SE20PAB thru SE20PAJ SMPA (DO-221BC) 2.0 100 to 600 1.10 2.0 Yes No
SE30AFB thru SE30AFJ SlimSMA (DO-221AC) 3.0 100 to 600 1.10 3.0 Yes No
SE30PAB thru SE30PAJ SMPA (DO-221BC) 3.0 100 to 600 1.16 3.0 Yes No
SE40PB thru SE40PJ SMPC (TO-277A) 4.0 100 to 600 1.05 4.0 Yes Yes
SE50PAB thru SE50PAJ SMPA (DO-221BC) 5.0 100 to 600 1.16 5.0 Yes No
SE60PWBC thru SE60PWJC SlimDPAK (TO252AE) 2 x 3 100 - 600 1.10 3.0 Yes No
SE70PB thru SE70PJ SMPC (TO-277A) 7.0 100 to 600 1.05 7.0 Yes Yes
SE80PWB thru SE80PWJ SlimDPAK (TO252AE) 8.0 100 to 600 1.12 8 Yes No
SE10DB thru SE10DJ SMPD (TO-263AC) 10 100 to 600 1.15 10 Yes No
SE100PWB thru SE100PWJ SlimDPAK (TO252AE) 10 100 to 600 1.14 10 Yes No
SE12DB thru SE12DJ SMPD (TO-263AC) 12 100 to 600 1.15 12 Yes No
SE20DB thru SE20DJ SMPD (TO-263AC) 20 100 to 600 1.20 20 Yes No(1) Reverse voltage, where: A = 50 V, B = 100 V, C = 150 V, D = 200 V, F = 300 V, G = 400 V, H = 500 V, J = 600 V
Device(1) eSMP® Package IF(AV)
(A)VBR Range
(V)Max VF at IF AEC-Q101 Automotive
Grade(V) (A)
SE07PB thru SE07PJ SMP (DO-220AA) 0.7 100 to 600 1.05 0.7 No No
MSE07PB thru MSE07PJ MicroSMP (DO-219AD) 0.7 100 to 600 1.08 0.7 Yes Yes
SE10PB thru SE10PJ SMP (DO-220AA) 1.0 100 to 600 1.05 1.0 Yes Yes
MSE1PB thru MSE1PJ MicroSMP (DO-219AD) 1.0 100 to 600 1.10 1.0 Yes Yes
MSX1PB thru MSX1PJ MicroSMP (DO-219AD) 1.0 100 to 600 1.10 1.0 Yes Yes
SE10FD thru SE10FJ SMF (DO-219AB) 1.0 200 to 600 1.05 1.0 Yes Yes
SE15PB thru SE15PJ SMP (DO-220AA) 1.5 100 to 600 1.05 1.5 Yes Yes
SE15FD thru SE15FJ SMF (DO-219AB) 1.5 200 to 600 1.05 1.0 Yes Yes
SE20PB thru SE20PJ SMP (DO-220AA) 2.0 100 to 600 1.05 2.0 Yes Yes
SE20FD thru SE20FJ SMF (DO-219AB) 2.0 200 to 600 1.10 2.0 Yes Yes
SE20AFB thru SE20AFJ SlimSMA (DO-221AC) 2.0 100 to 600 1.10 2.0 Yes No
• General purpose• Polarity protection• Rail to rail protection
CONSUMER
AUTOMOTIVE
APPLICATIONS
AVAI
LABL
E IN eSMP® SERIES PACKAGES
SMPD(TO-263AC)
SlimDPAK(TO-252AE)
SMPC(TO-277A)
SMPA(DO-221BC)
SlimSMA(DO-221AC)
SMP(DO-220AA)
SMF(DO-219AB)
MicroSMP(DO-219AD)
Maximum operating junction temperature of +175 ºC
+175 ºC
RDS(on)
Low forward voltage drop, low leakage current
• Oxide planar chip technology
• ESD capability
– Provide class H3B (> 8 kV) performance based on the AEC-Q101-001 human body model (contact mode) and / or JESD22-A114, class 3B
Electrical Static Discharge (ESD)
V Reverse voltage from 100 V to 600 V
Current range from 0.7 A to 20 A
1 A 30 A
AEC-Q101 qualifi ed products have undergone part average testing (PAT) and statistical yield limit (SYL) analysis to ensure their electrical parameters meet the highest quality level for automotive applications
PATSYL
AEC-Q101 Qualifi ed
STANDARD RECOVERY RECTIFIERSESD CAPABILITY
59
IN A NUTSHELL
For Technical Questions: [email protected], [email protected], or [email protected]
APPLICATIONS
FEATURESELECTRICAL CHARACTERISTICS (TA = 25 °C unless otherwise noted)
General voltage surge protection in
consumer, computer, industrial, and
telecommunications equipment
Designed to protect sensitive
electronics against voltagetransients induced by inductive load switching and lightning
COMPUTER
TELECOM INDUSTRIAL
CONSUMER
Tightened breakdown voltagetolerance of ± 3.5 %
± 3.5 %
High peak pulse surge currents from 2.03 A to 65.9 A
Excellent clamping capability from 9.1 V to 301 V
9.1 V to
301 V
High surge capability to 600 W at 10/1000 µs
600 W
Available with unidirectional or bidirectional polarity
SMB
5.4 mm 3.6 mm
2.3 mm
5.4 mm x 3.6 mm x 2.3 mm
Notes• All terms and symbols are consistent with ANSI/IEEE C62.35(1) Pulse test: tp < 50 ms
(2) For bi-directional types having VWM of 12 V and less, the ID limit is doubled
(3) Surge current waveform per fi g. 3 and derate per fi g. 2* Underwriters Laboratory Recognition for the classifi cation of protectors (QVGQ2) under the UL standard for safety 497B and fi le number E136766 for both uni-directional and bi-directional device
Device Type
Breakdown Voltage VBR at IT
(1) (V)Test
Current IT (A)
Stand-Off Voltage VWM (V)
Max Reverse Leakage at VWM ID (µA)(2)
Max Peak Pulse Surge Current
IPPM (A)(3)
Max Clamping Voltage at IPPM
VC (V)min maxSMBJ5.0D* 6.50 6.97 10 5.0 500 65.9 9.1SMBJ6.0D* 6.77 7.27 10 6.0 500 58.9 10.2SMBJ6.5D* 7.33 7.87 10 6.5 300 54.5 11.0SMBJ7.0D* 7.90 8.48 10 7.0 150 50.8 11.8SMBJ7.5D* 8.46 9.08 1.0 7.5 75 47.2 12.7SMBJ8.0D* 9.03 9.69 1.0 8.0 35 44.8 13.4SMBJ8.5D* 9.57 10.3 1.0 8.5 15 42.2 14.3 SMBJ9.0D* 10.2 10.9 1.0 9.0 5.0 39.7 15.1SMBJ10D* 11.3 12 .1 1.0 10 2.0 35.9 16.7SMBJ11D* 12.4 13.3 1.0 11 2.0 33.5 17.9SMBJ12D* 13.5 14.5 1.0 12 2.0 30.6 19.6SMBJ13D* 14.6 15.7 1.0 13 0.5 28.3 21.2SMBJ14D* 15.8 17.0 1.0 14 0.5 26.2 22.9SMBJ15D* 17.0 18.2 1.0 15 0.5 25.0 24.0SMBJ16D* 18.1 19.4 1.0 16 0.5 23.4 25.6SMBJ17D* 19.2 20.6 1.0 17 0.5 22.1 27.2SMBJ18D* 20.3 21.8 1.0 18 0.5 20.8 28.8SMBJ20D* 22.5 24.2 1.0 20 0.5 18.8 32.0SMBJ22D* 24.8 26.6 1.0 22 0.5 17.1 35.1SMBJ24D* 27.1 29.1 1.0 24 0.5 15.6 38.4SMBJ26D* 29.3 31.5 1.0 26 0.5 14.5 41.6SMBJ28D* 31.6 33.9 1.0 28 0.5 13.4 44.7SMBJ30D* 33.8 36.3 1.0 30 0.5 12.6 47.7SMBJ33D* 37.3 40.0 1.0 33 0.5 11.5 52.5SMBJ36D* 40.6 43.6 1.0 36 0.5 10.5 57.3SMBJ40D* 45.1 48.4 1.0 40 0.5 9.43 63.6SMBJ43D* 48.5 52.1 1.0 43 0.5 8.76 68.5SMBJ45D* 50.8 54.5 1.0 45 0.5 8.40 71.6SMBJ48D* 54.1 58.1 1.0 48 0.5 7.90 76.3SMBJ51D* 57.6 61.8 1.0 51 0.5 7.40 81.2SMBJ54D* 60.9 65.4 1.0 54 0.5 7.00 85.9SMBJ58D* 65.4 70.2 1.0 58 0.5 6.50 92.3SMBJ60D* 67.7 72.7 1.0 60 0.5 6.28 95.5SMBJ64D* 72.2 77.5 1.0 64 0.5 5.88 102SMBJ70D* 79.0 84.8 1.0 70 0.5 5.40 111SMBJ75D* 84.6 90.8 1.0 75 0.5 5.06 119SMBJ78D* 88.1 94.4 1.0 78 0.5 4.86 124SMBJ85D* 95.7 103 1.0 85 0.5 4.46 135SMBJ90D* 102 109 1.0 90 0.5 4.17 144SMBJ100D* 113 121 1.0 100 0.5 3.77 159SMBJ110D* 124 133 1.0 110 0.5 3.45 174SMBJ120D* 135 145 1.0 120 0.5 3.15 190SMBJ130D* 146 157 1.0 130 0.5 2.94 206SMBJ150D* 170 182 1.0 150 0.5 2.53 239SMBJ160D* 181 194 1.0 160 0.5 2.34 256SMBJ170D* 192 206 1.0 170 0.5 2.23 270SMBJ188D 212 228 1.0 188 0.5 2.03 301
To v
iew
dat
ashe
et, c
lick
here
TRANSZORB® TVS IN SMB (DO-214AA)OFFER TIGHTER ± 3.5 % BREAKDOWN VOLTAGE TOLERANCE
60
IN A NUTSHELL
APPLICATIONS
AEC-Q101 Qualifi ed
High surge capability of 400 W at 10/1000 µs
SURGE
Low profi le (1 mm) SMF (DO-219AB) package
1 mm
FIRS
T TO
FEATURE ACCURATE 2 % VZ*
*Only parts with 5 % Vz (breakdown voltage tolerance)
offered by competitors
Low noise technology Noise
Very fast response time
Low leakage current
PRIMARY CHARACTERISTICS
VBR6.4 V to 78.2 V
VWM5.0 V to 63 V
PPPM400 W
TJ max. 175 °C
Polarity Uni-directional
Package DO-219AB (SMF)
COMPETITIVE ADVANTAGE• Low avalanche breakdown
voltage tolerance allows tighter design of electronic circuits
• Lower avalanche breakdown voltage tolerance = lower clamping voltage tolerance
• Important when a transient voltage signal must be clamped close to the max. voltage range!
AVALANCHE BREAKDOWN
VOLTAGE TOLERANCE
CLAMPING VOLTAGE
TOLERANCE
Ideal for space-constrained electronics
INDUSTRY
FIRST
NOTEBOOK
LAPTOP
TABL
ET
SMAR
T PH
ONE
EXTERNAL HARD DRIVE
Precise protection for
key components
VTVS Series consists of 23 devices(VTVS5V0ASMF to VTVS63GSMF)
AUTOMOTIVE
VTVSXXGSMF SERIES400 W TVS IN SMF (DO-219AB) PACKAGE
For Technical Questions: [email protected], [email protected], or [email protected]
61
TRANSIENT VOLTAGE SUPPRESSORS IN eSMP® SERIES PACKAGES
For Technical Questions: [email protected], [email protected], or [email protected]
TRANSZORB® and PAR® TVS
High temperature stability in high reliability conditions
Low profi le eSMP® packages:
MicroSMP (DO-219AD): 0.65 mm typical
SlimSMA (DO-221AC): 0.95 mm
SMF (DO-219AB): 1.0 mm
SMP (DO-220AA): 1.0 mm
SMPC (TO-277A): 1.1 mm typical
Applications Protect sensitive electronics against voltage transients
TRANSZORB® TVS diodes are recommended for general applications
PAR® TVS diodes are the fi rst choice for automotive applications
to +185 °C
Series Package Outline Power Rating (W)
TVS Polarity VBR Min. (V)
VWM Min. (V)
VWM Max. (V)
TJ Max. (°C)
Product Line
MSMP6.0A thru MSMP20A MicroSMP (DO-219AD) 150 Unidirectional 6.67 6 20 150 TRANSZORB® TVS
MSP3V3, MSP5.0A MicroSMP (DO-219AD) 150 Unidirectional 4.1 3.3 5 150 TransZorb® TVS
SMP3V3 thru SMP36A SMP (DO-220AA) 400 Unidirectional 4.1 3.3 36 150 TransZorb® TVS
TPSMP6.8A thru TPSMP43A SMP (DO-220AA) 400 Unidirectional 6.45 5.8 36.8 185 PAR® TVS
SMPC5.0A thru SMPC36A, SMPC22AN thru SMPC85AN
SMPC (TO-277A) 1500 Unidirectional 6.4 5 85 150 TransZorb® TVS
TPC11CA thru TPC36CA SMPC (TO-277A) 1500 Bidirectional 10.5 9.4 30.8 185 PAR® TVS
TPC6.8A thru TPC51A SMPC (TO-277A) 1500 Unidirectional 6.45 5.8 43.6 185 PAR® TVS
VTVS3V3ASMF to VTVS63GSMF SMF (DO-219AB) 400 Unidirectional 6.4 3.3 63 175 TransZorb® TVS
SMA6F5.0A thru SMA6F20A SlimSMA (DO-221AC) 600 Unidirectional 6.4 5 20 175 TransZorb® TVS
TA6F6.8A thru TA6F51A SlimSMA (DO-221AC) 600 Unidirectional 6.45 5.8 43.6 185 PAR® TVS
eSMP® SERIES
SlimSMA(DO-221AC)
SMP(DO-220AA)
SMPC(TO-277A)
SMF(DO-219AB)
MicroSMP(DO-219AD)
enhanced Surface-Mount
Power packages
#1
CONSUMER COMPUTER INDUSTRIAL
AUTOMOTIVETELECOM
Low profi le eSMP
AEC-Q101 qualifi ed andAutomotive Grade versions available
SNAPSHOT
62
IN A NUTSHELL
For Technical Questions: [email protected], [email protected], or [email protected]
Vishay P/NVRWM (V) IR
(µA)CD
(PF)Contact Discharge
(KV)Air Discharge
(KV)AEC-Q101AvailableUnidirectional Bidirectional
VBUS03B1-SD0 ± 3.3 < 0.05 0.29 typ. ± 16 ± 16 Yes
VBUS05B1-SD0 ± 5.5 < 0.05 0.29 typ. ± 16 ± 16 Yes
VBUS54FD-SD1 ± 5.5 < 0.1 0.9 typ. ± 15 ± 15 No
VCUT03E1-SD0 ± 3.3 < 0.1 < 14 ± 30 ± 30 Yes
VCUT05E1-SD0 ± 5.5 < 0.1 < 14 ± 30 ± 30 Yes
VCUT10A1-SD0 ± 10 < 0.1 < 9 ± 24 ± 24 Yes
APPLICATIONSESD protection of high speed interfaces in:
ESD Protection Diodes
CLP Series
CLP0603CLP1007
Single-line and 4-lineESD protection diodes
Operating temperature range:-55 ºC to +150 ºC
Low leakage current:< 0.1 µA
Working range:± 3.3 V to ± 10 V
versions available
ESD PROTECTION DIODESIN ULTRA COMPACT CHIP LEVEL PACKAGE (CLP)
V
LEAKAGE
AEC-Q101 Qualifi ed
SMARTPHONES
DIGITAL CAMERAS
GAMING SYSTEMSAUTOMOTIVEENTERTAINMENT
SYSTEMS
63
IN A NUTSHELL
Datasheet: www.vishay.com/doc?84830
For Technical Questions: [email protected], [email protected], or [email protected]
COMPETITIVE ADVANTAGECombining extremely tight tolerances with low leakage current and excellent stability, the PLZ series is designed to withstand ESD pulses of 8000 V (human body model)
500 mW power dissipation
Ultra compact MicroSMF(DO-219AC) fl at lead package;< 0.6 mm low profi le
Extremely tight tolerancesof ± 2.5 %
ESD Discharge Current Peak Pulse CurrentESD / SURGE CAPABILITY
0
20
40
60
80
100
120
-10 0 10 20 30 40 50 60 70 80 90 100
I ES
D(%
)
Rise time = 0.7 ns to 1 ns
53
27
t (ns)
0
20
40
60
80
100
0 10 20 30 40
I PP
M(%
)
t (µs)
20 µs to 50 %
8 µs to 100 %
APPLICATIONSVoltage stabilization and reference voltage generation in power supplies and LED lighting
PLZ Series
MicroSMF (DO-219AC)
Saves PCB space
Increases pick and place speeds on assembly lines
AEC-Q101 qualifi ed
Primary Characteristics
VZ range nom. 2.0 V to 39 V
Test current IZT 5 mA to 20 mA
VZ specifi cation Pulse current
Int. construction Single
M )
1.5 mm
1.2
mm
4.4 mm Wave Soldering
3.1 mm
0.8 mm
0.9
mm
Reflow Soldering
TELECOM ANDINDUSTRIAL
SWITCHINGPOWER SUPPLIES
ELECTRONICLIGHTING
AUTOMOTIVE
COMPUTERS
PLZ SERIESZENER DIODES IN MICROSMF (DO-219AC) PACKAGE
64
IN A NUTSHELL
For Technical Questions: [email protected], [email protected], or [email protected]
Vishay P/N Qualifi cation Level
Environmental Status
TJ Max.(ºC)
Zener Voltage Tolerance (%)
Zener Voltage Range (V)
Test CurrentIZT
VBR
(V)VWM
(V)PPPM
(W)VZ
Specifi cationsCircuit
Confi gurationPolarity
BZD27B SeriesRoHS-
compliant175 2 3.6 to 200 5 to 100 7.35 to 196 6.2 to 160 150 Pulse current Single Uni-directional
BZD27B-M Series Halogen-free 175 2 3.6 to 200 5 to 100 7.35 to 196 6.2 to 160 150 Pulse current Single Uni-directional
BZD27C SeriesRoHS-
compliant175 5 3.6 to 200 5 to 100 7 to 188 6.2 to 160 150 Pulse current Single Uni-directional
BZD27C-M Series Halogen-free 175 5 3.6 to 200 5 to 100 7 to 188 6.2 to 160 150 Pulse current Single Uni-directional
APPLICATIONS
3.7 mm x 1.8 mm x 1.0 mm(L x W x H)
BZD Series
SMF (DO-219AB) Package
Full voltage range: 3.6 V to 200 V2 % Zener voltage tolerance
Zener and surge current specifi cation
ESD capability to AEC-Q101• Human body model > 8 kV
• Machine model > 800 V
Operating temperature range:-65 ºC to +175 ºC
Low leakage current
AUTOMOTIVE
INDUSTRIAL
BZD SERIES ZENER DIODESIN SMF (DO-219AB) PACKAGE WITH SURGE CURRENT SPECIFICATION
V
LEAKAGE
AEC-Q101 Qualifi ed
ELECTRICALLIGHTING
SMPS
• VOLTAGE STABILIZATION / VOLTAGE REGULATION
• OVERVOLTAGE SURGE PROTECTION
65
IN A NUTSHELL
AUTOMOTIVE TrenchFET®
SQ SERIES POWER MOSFETS
@
Wide range of N- and P-channel MOSFETs
• N-ch VDS = 12 V to 300 V
• P-ch VDS = -12 V to -200 V
Available in single, dual, and dual asymmetric confi gurations
Highly effi cient packages with power density up to 11 W/mm2
• RDS(on) down to 1 mΩ
AEC-Q101 Qualifi ed to + 175 °C
Latest trench technologies optimized for low conduction and low switching losses
Product testing includes extended temp screening with dynamic PAT, SYL, and SBL to reduce defects
APPLICATIONS
AUTOMOTIVE
SQ Package Portfolio
Compact PowerPAK® packages ~ optimized for high board-level reliability
PowerPAK® 8 x 8L
8 mm x 8 mm
PowerPAK® SO-8L
5 mm x 6 mm
PowerPAK® 1212
3.3 mm x 3.3 mm
PowerPAK® SC-70 2 mm x 2 mm
KGD Known Good Die 1 mm x 1 mm to8 mm x 12 mm
N-CHANNEL
P-CH
ANNEL
300 V
SC-70
PowerPAK® SC-70
100 V
40 V
0 V
-100 V
-200 V
TO-220TO-263
PowerPAK® 8 x 8L
TO-247
DPAK
SO-8
PowerPAK® SO-8LPowerPAK® 1212
PACKAGE SIZE
VOLT
AGE
RAN
GE
TSOP-6SOT-23
CAR BATTERIES
INFOTAINMENT LIGHTING
BRAKING FEV
AEC-Q101 Qualifi ed
N- and P-Channel MOSFETs
For Technical Questions: [email protected]
66
IN A NUTSHELL
For Technical Questions: [email protected]
Higher effi ciency
Space-saving packages
APPLICATIONS
TYPICAL EFFICIENCY IMPROVEMENTEXPECTATIONBenchmarking condition 12.9 VIN, 1.8 VOUT, 800 kHz
Industry’s lowest RDS(on) n-channel MOSFETs in an arrayof advanced packages
• Less than 0.58 mΩ• Breakdown voltages: 25 V to 30 V• Excellent RDS - Qg FOM improves effi ciency for
switch mode power supplies
Compa
ct a
nd H
igh
Curr
ent H
andl
ing
Thermally Enhanced and Low Profi le
Dual-S
ided Cooling Feature
RDS(on)
Increased power density
Dual-sided cooling featureDual-sided cooling
91
90
89
88
872 4 6 8 10 12
Load Current (A)
Effic
ienc
y (%
)
14 16
SiSA18ADN + SiSA12ADN Competitor
2.05 mm 2.05 mm
SiA468DJ SiSS02DN
Up to 37.8 Acontinuous ID
< 1.2 mΩ,10.89 mm2 footprint
TELECOMEQUIPMENT
COMPUTERS
SERVERS
CONSUMER ELECTRONICS
DRONES
3.3 mm3.3 mm
POWER MOSFETsLOW VOLTAGE TRENCHFET®
67
IN A NUTSHELL
Enable the HIGHEST effi ciency
Industry’s lowest RDS - Qossfi gure-of-merit (FOM) in an advanced package array
Double-cooled PowerPAK SO-8
Breakdown voltages: 40 V to 250 V
Excellent dynamic parameters optimize switching characteristics
INCREASE power density
REDUCE component counts
APPLICATIONS
RENEWABLE ENERGY
80 % footprint reduction from D2PAK
SiR680DP 2.9 mΩ max.6 x 5 mm2
SUM60030E 3.2 mΩ max.15 x 10 mm2
95
94
93
92
91
90
89
88
873 6 9 12 15 18 21
Effic
ienc
y (%
)
Competitor (1.6 mΩ)
Output Load (A)
SiR626DP
Typical Efficiency Improvement48 VIN, 8.3 VOUT, 250 kHz, 1/4 brick with half-bridge topology
TELECOM EQUIPMENT
POWER SUPPLIES
75 % lower package profi le
COMPACT and HIGHLY EFFICIENT devices enable layout optimization
THIN PROFILE with 0.56 mm typical heightFootprint COMPATIBLE to PowerPAK SO-8
RDS(on) as low as 0.73 mΩ
250 V
200 V
150 V
0 10 20 30 40 50 60 70 80 90 100 110 120
0 1 2 3 4 5 6 7
100 V
80 V
60 V
40 V
New GenPrior Gen
PowerPAK® SO-8 Max. RDS(ON) (mΩ) BenchmarkingNew Generation versus Prior Generation
MOTOR DRIVE CONTROL
PowerPAK SO-8 D2PAK
POWER MOSFETsMEDIUM VOLTAGE TRENCHFET®
Compact an
d Low
Pro
fi le
Thermall
y Enh
ance
d an
d Du
al-S
ided
Coo
ling
Featu
re
High Current, Rugged Package
For Technical Questions: [email protected]
68
IN A NUTSHELL
P-CHANNEL MOSFETs-12 V TO -40 V TRENCHFET® GEN III AND IV
MICRO
FOO
T CS
P PA
CKAG
ES
T
HERMALLY ENHANCED POWERPAK ® FAMILY
COMPACT DUAL DEVICES REDUCE COMPONENT COUNT
Enable LONGER battery life
Up to 31 A continuous drain current rating in 2 mm x 2 mm package
Industry’s lowest RDS(on) in an array of advanced packages• Minimize power loss and voltage drop
Minimizes Footprint RequirementPackage size down to 0.8 mm x 0.6 mm
Breakdown voltages: -12 V to -40 V
Battery application driven features• Guaranteed 1.5 V rated RDS(on)
• ESD protection up to 8 kV (HBM)
MICRO FOOT®
0.8 mm x 0.8 mm
PowerPAK® SC-702.05 mm x 2.05 mm x 0.75 mm
SiSA01DN-30 V, 4.9 mΩ
PowerPAK® 1212-810.89 mm²
PowerPAK® 08060.8 mm x 0.6 mm
SO-8 equivalent-30 V, 5 mΩ
SO-831 mm²
INCREASE effi ciency of power delivery
PREVENT undesired fault signals
APPLICATIONS
65 % smaller footprint
BATTERY-POWERED
EQUIPMENT
NOTEBOOKS / TABLETS
GAME CONSOLES WEARABLES
CONSUMER ELECTRONICS
COMPACT and space saving PCB layout OPTIMIZATION
Part # Si8851EDB SiSA01DN Si7155DP
VDS -20 V -30 V -40 V
RDS(ON) < 8 mΩ < 4.9 mΩ < 3.6 mΩ
Footprint (mm) 2.4 x 2 3.3 x 3.3 6 x 5
Part # SiA467EDJ SiA437DJ
VDS -12 V -20 V
RDS(ON) < 13 mΩ < 14.5 mΩ
Continuous ID 31 29.7
A
Typical load switching application
For Technical Questions: [email protected]
69
IN A NUTSHELLIN A NUTSHELL
INTEGRATED MOSFET POWER STAGE COM
PACT
H
IGHE
ST O
UTPU
T CU
RREN
T
POWERPAIR® MOSFETSINTEGRATED DUAL-MOSFET POWER STAGE
TABL
ET
SMAR
T
PHON
E
Supports Single or Multi-Phase Designs, Reduces PCB Footprint Area for MOSFET Components
PowerPAIR 6x5F for Layout Optimization Simplifies Placement of Input Capacitor
Separation of “Power” and “Signal” Partition
Input Voltage Range: 4.5 V to 24 VInternally Connected Half-Bridge
APPLICATIONS
COMPUTERS GAME CONSOLES
USER INTERFACES
DRONES
COMPACT DUAL DEVICES REDUCE COMPONENT COUNT
PowerPAIR 6x5F
WIDE RANGE of Solutions That Support Popular Output Power and Duty Cycle Requirements
Optimized Gen IV MOSFET Pair Enables High Efficiency
PowerPAIR 6x5
PowerPAIR 3x3
99.0 %
98.5 %
98.0 %
97.5 %
97.0 %
96.5 %
96.0 %
95.5 %
95.0 %1 2
Output Load (A)
E�
cien
cy
13.3 VIN / 700 kHz / IHLP5050EZ 2.2 µH / Open Loop Thermal BalanceE ciency vs. Load
3 4 5 6 7 8 9
98.7 % Peak E�ciencyIn a typical battery charger application
SiZ340DT @ 5.6 VOUT
SiZ340DT @ 8.4 VOUT
SiZ322DTSiZ342DT
SiZ320DTSiZ340DT
SiZ320DTSiZ340DT
SiZ320DTSiZ340DT
SiZ980DTSiZF918DT
SiZ328DTSiZ342DT
SiZ926DTSiZ988DTSiZ998DT
SiZF914DTSiZF916DTSiZF906DT
SiZ926DTSiZ988DTSiZ998DT
0
50 %
30 %
16 %
5 10 15 20 25 30
Dut
y C
ycle
Output Current (A) per Phase
GRAPHIC CARDS
TELECOM EQUIPMENT
CONSUMER ELECTRONICS
(dimension in mm)
INCREASE POWER DENSITY
For Technical Questions: [email protected]
70
IN A NUTSHELL
POWER MOSFETsTrenchFET® AND E SERIES
Full Range Of Leaded and Surface-Mount Packages, Including:
TO-247 D2PAK / DPAKPowerPAK®
8 x 8 / 8 x 8LPowerPAK®
SO-8 to 0806SOT, TSOP, SC
FamiliesMICRO FOOT®
LOW CONDITION
LOS
S LO
W SWITCHING LOSS
ROBUST PRODUCTS
MARKETS AND APPLICATIONS
L
TCHING LOSS
P
LOW
Broad range of power MOSFETS in a wide selection of advanced packages• N- and p-channel families
• Breakdown voltages: -200 V to 800 V
• Wide range of gate drive voltages starting at 1.2 V
• Commercial, automotive, and medical product grades
Breakdown Voltage and Package Selection PowerPAK® 0806
MICRO FOOT®SC-75 / SC-89
PowerPAK SC-75SC-70
PowerPAK SC-70SOT-23TSOP-6
PowerPAK ChipFET®PowerPAK 1212
TSSOP-8SOIC-8
PowerPAK SO-8LPowerPAK SO-8
PowerPAK 8x8DPAK / IPAK
TO-220 / TO-263TO-247
-200 -100
TrenchFET® E Series
0 100 200 300 400 500 600 700 800
P-Channel N-Channel
Application-Specifi c Technology Platforms• Optimized with lowest RDS(on) for load switch
applications
• Optimized for lowest gate charge and capacitances for fast switching
Inductor LoadCircuit
VIN
V-
PowerSource
LoadCircuit
Inductor LoadCircuit
VIN
V-
PowerSource
LoadCircuit
For Technical Questions: [email protected]
71
IN A NUTSHELL
COMPETITIVE ADVANTAGE• Sensors include 16-bit
ambient light sensor at no extra cost
• Optical noise suppression
AUTOMATIC FAUCETS, DOORS, AND TOILETS
AUTOMOTIVE
1.5
m
Part Number L W H IR LED Prox ALS Interrupt Package AEC-Q101 Range Remark
VCNL4010 3.9 3.9 0.7 • • • • FAM 0.2 m Lowest height
VCNL4020X01 4.9 2.4 0.8 • • • • FAM • 0.2 mHighest operating temperature in
market
VCNL3020 4.9 2.4 0.8 • • • FAM 0.2 m Low height, proximity only
VCNL4040 4 2 1.1 • • • • PCB 0.2 mSmallest package in the market.
Improved ALS with Filtron™
VCNL4200 8 3 1.8 • • • • PCB 1.5 m 1.5 meter proximity
APPLICATIONS • Mobile devices (e.g. smart phones, touch
phones, PDAs, GPS) for touch screen locking, power saving
• Automotive for presence detection• Attract mode engagement• Automatic doors, faucets, and toilets• Robots for cliff detection and docking• Toys for edge of table detection and
collision avoidance
SMAR
T PH
ONES
TABL
ET
ROBOTS
Presence and proximity sensing up to 1.5 meters
Programmable emitter currentUpper and lower thresholds, and interrupt functions16-bit resolution
Automotive-qualifi ed options (-X01)
Low profi le of 0.85 mm
Connects directly to a microcontroller via I2C
Fully integrated solutions with infrared emitter, proximity photodiode, and signal conditioning IC
0.85mm
16 bit
PHOTOCURRENT
VCNL4010
VCNL4200
VCNL4040
VCNL3020
VCNL4020X01COMPACT PACKAGES
PROXIMITY SENSORSLIGHT TO DIGITAL – VCNL4x SERIES
For Technical Questions: [email protected]
72
IN A NUTSHELL
For Technical Questions: [email protected]
Ideal for gesture recognition in automotive, consumer, and industrial applications
Incorporates proximity and ambient light photodiodes, multi-plexer, signal conditioning, and I2C interface in a single package
APPLICATIONS
High resolution proximity sensor with a 12- or 16-bit option
Excellent background light cancellation
Drivers for up to THREE emitters
Upper and lower thresholds, and interrupt functions
S12
SUPER 12FEATURED PRODUCTS
S12
INDUSTRIAL
SUPE
RIOR GESTURE RECOGNITION
Greater Design Flexibility
Low profi le package: 0.75 mm
PROXIMITY
Outstanding sensitivity for object detection up to two feet
16-bit ambient light sensor resolution
16-bit
0.75 mm
AEC-Q101Qualifi ed
COMPETITIVE ADVANTAGE• Operating temperature range up to 105 °C
• Emitters are discrete versus integrated, allowing customer to confi gure sensing zone
• Temperature compensation to keep output stable over temperature
NOTEBOOK
SMAR
T PH
ONE
TABL
ET
AUTOMOTIVE
Primary Characteristics
Operating Range (V) 2.5 to 3.6
I2C Bus Voltage Range (V) 1.8 to 5
IRED Pulse Current (mA) up to 200
Ambient Light Range (lx) 0.004 to 4192
Ambient Light Resolution (lx) 0.004
Output Code 16 Bit I2C
12
3
VCNL4035X01 GESTURE SENSORLIGHT TO DIGITAL PORTFOLIO
73
IN A NUTSHELL
AUTOMOTIVE
3
mm
Part Number TCPT1350X01 TCUT1350X01 TCPT1600X01 TCUT1600X01
Single Channel • •
Dual Channel • •
Slot Depth 2.8 2.8 4.5 4.5
L x W x H 5.5 mm x 4 mm x 4 mm 5.5 mm x 4 mm x 5.7 mm
Function Presence of object determines speed of turn
Determines speed and direction of turn
Turn and push functionpresence of object
determines speed of turn
Turn and push functiondetermines speed and
direction of turn
Gap 3 mm
Operating Temperature -40 °C to +125 °C -40 °C to +105 °C
Output Current 1.6 m A at IF = 15 mA
On / Off Time 9 µs, 16 µs
APPLICATIONS • Gear shift
• Ignition lock
• Adaptive headlight control
• Climate control knobs
• Latches
• Simple encoders
• Switches
• Motor speed and travel distance
Wide gap of 3 mm
Moisture sensitivity level (MSL) of 1Surface-mount packageRugged, single piece construction
Operating temperature up to +125 °C
Output current of 1.6 mA
Deep slot for turn and push function
Compact size: 5.5 mm x 4.0 mm x 4.0 mmAutomotive qualifi ed to AEC-Q101
Rise time of 9 µs, typical
+125 °C
1.6mA
9
µs
TCPT1350X01 / TCUT1350X01
TCPT1600X01 / TCUT1600X01
ObjectObject
How it works: simple encoder drawings
COMPETITIVE ADVANTAGE• Extremely high operating
temperature
• Package design ensures alignment of emitter and detector
• High photo current output allows lower forward current of emitter
PHOTOCURRENT
TRANSMISSIVE SENSORSSURFACE-MOUNT
For Technical Questions: [email protected]
74
IN A NUTSHELL
APPLICATIONS
Supports IR refl ow soldering
COMPETITIVE ADVANTAGE• Smaller outline and lower cost than full
lens packages
• Robust RF with enhanced optical fi lter against out of band optical noise
• Pin in paste capable TSOP53xxxP10P or P16P side-view holder for 1.0 mm to 1.6 mm PCB thickness
Available in two holder and three bend options, including a top-view surface-mount version
Low current consumption
Narrow optical fi lter option available
Superior angular performance with off-angles up to 45°
Key Specifi cations TSOP33xxx TSOP53xxx
Typical irradiance at 0° (mW/m2)
0.08 0.12
Supply voltage (V) 2.5 to 5.5
Typical supply current (mA) 0.35 0.7
Transmission range (m) 45
Carrier frequencies (kHz) 30 to 56
FLAT SCREEN TV
STREAMING MEDIA PLAYERS
Pin to pin compatible withmarket standard
• All AGC variants are available(36 kHz to 56 kHz)
• TSSP530xx series for mid range sensor applications available
• Several mechanical variants available (holder, bends, and cuts)
SET-TOP BOXES
LIGHT BARRIERS 45º
PIN PIN
23
holderbend
1.0 mm
1.6 mm
$
a top-view surface-mount version
3bend
TSOP33x, TSOP53x SERIESOUT PERFORMS FULL LENS PACKAGES
New Minimold Package
SMAL
LE
R, BETTER, AND LOWER COST
For Technical Questions: [email protected]
75
IN A NUTSHELL
APPLICATIONS
2 V supply voltage available
COMPETITIVE ADVANTAGE
• Winged package for "in the board" mounting
• High sensitivity and long range
• Refl ow solderable
Low profi le (2.6 mm) side-view package
SURGE
Excellent noise suppression
Very fast response time
Low current consumption
Noise
PRIMARY CHARACTERISTICS
Dimensions Width, Height, Depth (mm)
6.8 x 2.6 x 5.3
Supply Current (typ) 0.35 mA
Minimum Irradiance (typ) 0.08 mW/m2
Ideal for space-constrained electronics
INDUSTRY
FIRST
FLAT SCREEN TV
STREAMING MEDIA PLAYERS
Tape and reel packaging
All AGC variants are available (36 kHz to 56 kHz)
SET-TOP BOXES
TVCastSMD
TSOPx9xxxTR1 SERIESLOWEST SIDE-VIEW IR RECEIVER PROFILE
For Pick and Place
TVCastSMD
For Technical Questions: [email protected]
76
IN A NUTSHELL
For Technical Questions: [email protected]
VOR1121A6 VOR1121B6 VOR2121A8 VOR2121B8 VOR1142M4 VOR1142B4 VOR1142A6 VOR1142B6 VOR2142A8 VOR2142B8
Single / Dual Channel Single Single Dual Dual Single Single Single Single Dual Dual
Package DIP-6 SMD-6 DIP-8 SMD-8 SOP-4 SMD-4 DIP-6 SMD-6 DIP-8 SMD-8
Isolation Test Voltage(VRMS/1 min)
5300 5300 5300 5300 3750 5300 5300 5300 5300 5300
Typical On-Resistance (Ω) 12 12 12 12 22 22 22 22 22 22
Load Voltage (V) 250 250 250 250 400 400 400 400 400 400
Typical Turn-On Time (ms) 0.2 0.2 0.2 0.2 0.2 0.13 0.13 0.13 0.13 0.13
Typical Turn-Off Time (ms) 0.03 0.03 0.03 0.03 0.05 0.05 0.05 0.05 0.05 0.05
INDUSTRIAL
TELECOMMUNICATIONMETERING
SECURITY SYSTEMS
APPLICATIONS
Low on-resistance,down to 12 Ω (typ.)
ON-RESISTANCE
Fast switching times
High reliability andnoiseless switching (no click)
RELIABILITY
Tiny footprint relative to electro-mechanical relays
AC AND DC CONFIGURATION WITH SSRsAC/DC configuration DC only configuration
Anode
AC/DC Confi guration
Load
Load
1 6
2 5
3 4
Cathode
NC
AC/DC configuration DC only configurationDC-Only Confi guration
Anode1 6
2 5
3 4
Cathode
NC
INSTRUMENTATION
BATTERY MANAGEMENT
AUTOMATIC MEASUREMENT
EQUIPMENT
SOLID-STATE RELAYSVOR SERIES
Compact Packages
Surface-Mount and Through-Hol
e
77
IN A NUTSHELL
For Technical Questions: [email protected]
Wearables - Fitness bands
- Smart Watches
Medical - Pulse Oximetry
- Blood Analysis
Automotive - Rain-Light-Tunnel Sensor
- Solar sensor
Radiant sensitive area of 7.5 mm2
High photo sensitivity
Low profile of 0.9 mm
Rise and fall time down to 5 ns
Excellent photocurrent linearity
Narrow variance of output current from part to part
LARGE PIN PHOTO DIODES7.5 mm2 ACTIVE AREA
APPLICATIONS
VisibleNear Infrared
Visible + Near InfraredEnhanced Visible
Part NumberSpectral
Bandwidth (nm)Peak Wavelength
λp (nm)OutputCurrent
(µA)Angle of Half
Sensitivity, φ (±deg)Photo Sensitive
Area (mm2)Package Dimensions
L x W x H (mm)Competitive Advantages
VEMD5010X01 430 to 1100 940 48
65 7.5 5 x 4 x 0.9
AEC-Q101 qualified
Unique FAM packaging allows for high operating temperature up to
+110 °C
VEMD5060X01 350 to 1070 820 26 Fastest rise and fall times. AEC-Q101 qualified
VEMD5080X01 350 to 1100 950 45 Enhanced sensitivity to visible light. AEC-Q101 qualified
VEMD5110X01 790 to 1050 940 48 Daylight blocking filter. AEC-Q101 qualified
VEMD5160X01 700 to 1070 840 26 Daylight blocking filter with fastest rise and fall times. AEC-Q101 qualified
VEMD5510C 440 to 700 550 0.6 Not sensitive to infrared radiation
VEMD5510CF 440 to 620 540 0.25 Not sensitive to infrared radiation and matches human eye sensitivity
5 ns
78
IN A NUTSHELL
For Technical Questions: [email protected]
Design your application using our online PowerCAD Simulation Tool
Rugged and Reliable
Scalable Solution
APPLICATIONS
SiC46X and SiC47X microBUCK® SERIES4.5 V TO 60 V BUCK REGULATORS
INDUSTRIAL
DELI
VERI
NG UP TO 200 W OUTPUT POWER
2 to 12 A buck regulators in a compact MLP
5x5 package
BASE STATION POWER SUPPLIES
INDUSTRIALCOMPUTING
COMPETITIVE ADVANTAGE
UPTO
200 W
OUTPUT POWER
INDUSTRY
BEST4.5 V to 60 V buckregulator capableof delivering up to200 W output power
Highly Integrated
PROTECTION
OCP / OVP, UVLO, SCP, UVP, OTP
Measured Effi ciency for SiC471 @ Fsw=300kHz
Effic
ienc
y (%
)
VIN = 42 V, Vo = 28 VVIN = 48 V, Vo = 24 V
100
95
90
85
80
751 2 3 4
Load Current (A)
VIN = 42 V, Vo = 12 VVIN = 48 V, Vo = 12 V
0 12111098765
98.5 % Peak Efficiency90 % Light Load Efficiency
Competition
IC D
esig
n
MOS
FET
Tech
nolo
gy
Adva
nced
Pack
agin
g
Compact,Effi cientSiC46xSiC47x
BATTERY OPERATEDVEHICLE / EQUIPMENT
ATM / VENDING
SiC464 SiC463/SiC474
SiC473 SiC462
2 A3 A
5 A
10 A
6 A8 A
12 A
SiC472 SiC461 SiC471
SiC46x : 4.5 V to 60 V SiC47x : 4.5 V to 55 V
79
IN A NUTSHELL
For Technical Questions: [email protected]
COMPACT AND SIMPLE VERSATILE
HIGHLY EFFICIENT
Minimum external components;Two resistors set soft start, switching frequency,
ILIMIT, and operating mode
APPLICATIONS
PORTABLE Tablet PCsUltrabooksNotebooks
ServersEmbedded SystemsSSDUPSNetworking Printers
Streaming MediaBoxesTelevisions
Line CardsModemsTransmitters / Base StationsAC/DC SMPS
Game ConsolesPortable GameConsolesAccessories / Controllers / Steering Wheels
INFRASTRUCTURE GAMINGHOME ENTERTAINMENT
COMPUTING AND PERIPHERALS
Compact PowerPAK®
With the Widest Operating RangeIN
TERNALLY COMPENSATED
Wide Operating Voltage and Current RangeVOUT = 0.6 V to 0.95 x VIN
8 A
SiC438
12 A
SiC437
24 A
SiC431
VIN = 3.0 V to 28 V
VIN = 3.0 V to 24 V
100
96
92
88
84
80
78
76
72
68
64
60
Effic
ienc
y (%
)
Output Current, IOUT (A)
0.001 0.01 0.1 1 10
SiC431 Efficiency From 12 V
VOUT = 1.2 V, L = 0.33 µH
VOUT = 3.3 V, L = 1 µH
VOUT = 5 V, L = 1 µH
50 µA quiescent current > 80 % efficiency at 1 mAPeak efficiencies of 95 % to 98 % at heavier loads
VIN
PG
OO
D
EN
VDD LX
PG
ND
AG
ND
COUT
VOUT
VFB
RUP
RDOWN
BOOT
CBOOT
VOUT
CIN
Phase
VCIN
VDRV
MODE 1
MODE 2
GL
SiC43x
INPUT3.0 VDC ~ 24 VDC
SiC43X: 3 V TO 24 V microBUCK®
8 A TO 24 A FAMILY ENABLES HIGH POWER DENSITY AND EFFICIENCY
80
IN A NUTSHELL
For Technical Questions: [email protected]
APPLICATIONS
CONTROLS ANDAUTOMATION
INDUSTRY’S BROADEST VOLTAGE RANGE AND CHOICE OF CONFIGURATIONS
From ultra low charge injection to ultra low resistance, Vishay’s Enhanced Series analog switches have your precision designs covered
0.4
0
-0.4
-0.8
-5 -3-4 -2 0 3 5-1 1 2 4
Vs - Analog Voltage (V)
Q INJ
- C
harg
e In
ject
ion
(pC)
DG604E Charge Injection
V+ = 5 VV+ = 3 V
V± = ± 5 V
4
3
2
1
0 42 6 10 168 12 14
VCOM - Analog Voltage (V)
R ON
- On
-Res
ista
nce
(Ω)
DG9424/5/6E Resistance
V+ = 14.4 VV+ = 10.8 V
V+ = 7.2 V
V+ = 4.5 V DG4051E, DG4052E, DG4053E
8-channel, <1pC
DG408LE, DG409LE8-channel
DG9408E, DG9409E8-channel, 3.2 Ω
DG2535E, DG2733E4-channel
2x SPDT, 0.3 Ω
DG9232E, DG9233E, DG9334E2-channel
2x SPST, 1 pC
DG2517E, DG2519E4-channel, Dual SPDT
DG9431E2-channel, SPDT
DG611E, DG612E, DG613E4-channel4x SPST
DG411LE, DG441LE4-channel4x SPST
DG1408E, DG1409E8-channel, 3 Ω
DG1411E, DG1412E, DG1413E4-channel
4x SPST, 1.5 Ω
DG9424E, DG9425E, DG9426E4-channel
4x SPST, 1.6 Ω
DG604E4-channel4:1, < 1 pC
DG636E4-channel
2x SPDT, < 1 pC
DG419LE2-channel
SPDT
DG417LE, DG418LE2-channel
SPDTOp
erat
ion
Volta
ge
Charge Injection< 1 pC
Switch Resistance ~ 0.3 Ω
± 15 V
± 8 V
+5 V
+1.65 V
Analog Multiplexers
Analog Switches
MEDICAL
VEHICLEDIAGNOSTICS
COMMUNICATIONSYSTEMS
INSTRUMENTATION ANDDATA ACQUISITION
Ultra low charge injectionhigher accuracy and faster speed
• Rugged reliability
• Power down protection
• High ESD and latch up levels
Low resistance Low insertion loss
AUDIO AND VIDEO SYSTEMS
ANALOG SWITCHES AND MULTIPLEXERS± 3 V TO ± 15 V, 1.8 V TO 24 V ENHANCED PRECISION SERIES
Comprehensive FamilyC y
AN
ALOG SWITCHES AND MULT
IPLE
XERS
www.vishay.com/ref/infographics
Vishay also offers a library of one page articles called “Did You Know” that are written by our engineering support teams and provide tips on product performance to assist design engineers in product selection.
They typically cover raw material, construction advantages, and/or specific tips to ensure designers are able to maximize board erformance or minimize component count and or board real estate.
DID YOU KNOW?
Links to these articles are located in the infographics landing page area.
PULSE LOAD CAPABILITY OF SMD FILM RESISTORS
DID YOU KNOW?
Many electronic circuits are exposed to high pulse loads and thus require pulse-proof resistors. A resistor’s pulse load capability is determined by its ability to dissipate the pulse power, which is converted into heat in the resistive layer, thereby limiting the temperature rise in the layer.
The most important resistor properties enabling a high pulse load capability are:
1. A resistor geometry that allows for a large resistive area. The larger the resistive area, the easier it is for the heat created by the pulse load to be efficiently distributed over the whole available area, and for the tempera-ture rise to be kept at a minimum.
2. A trimming pattern that facilitates homogeneous current distribution. Heat is only created where current ac-tually flows, so the elaborate trimming patterns used in thin film technology allow for a homogeneous current distribution and avoid local overheating (so called hotspots) of the resistive film.
3. A resistive film material with high thermal stability to withstand the temperature rise induced by the pulse load.
The MELF design offers the highest pulse load capability of any SMD resistors. Thanks to their cylindrical shape, their resistive area per footprint is the largest. This design also allows a helical trimming pattern to be used, enabling a uniform current distribution. Carbon film MELF resistors deliver an even better pulse load capability due to the unrivalled thermal stability of carbon.
On the right, typical destructive limits for Vishay SMD film resistors of different technologies are shown for a pulse length corresponding to a 3 ms rectangular pulse.
More details on the properties that define a resistors pulse load capability are given in the Application Note “Carbon Film MELF – Pulse Load Champion”.
Thin Film MELF resistors are frequently used in applications that experience high-pulse loads:
www.vishay.com © 2017 VISHAY INTERTECHNOLOGY, INC. ALL RIGHTS RESERVED.
0
100
200
300
400
500
2000
≈Pulse Load Capability of 1K Film Resistors
Puls
e Po
wer
/ W
Thick Film Chip 1206 D/CRCW
UntrimmedThick Film Chip 1206 D/CRCW-IF
Thin Film Chip 1206
MCA
Thin Film MELF 0204
MMA
Carbon Film MELF 0204
CMA
Carbon Film MELF 0207
CMB
Double Sided Thick Film Chip 1206CRCW-HP
• DC/DC converters• Industrial motor drivers• IGBT drivers
• Surge pulse / ESD protection• Industrial I/O protection
Though Vishay offers nearly two million parts to our customers, there are still many occasions where designers
require modifications to existing parts or fully custom designs to meet their specific mechanical or electrical requirements.
To assist, we offer a library of “Capabilities and Custom Options” documents in the infographics landing page area.
Where available, these provide information about available construction styles (including lead attachments, and
lengths, etc.), testing, and other capabilities to better match the unique needs of the designer. Contact our sales team
for further information
CAPABILITIES AND CUSTOM OPTIONS
SPECIALTY DEVICES
Distinctive Features Application Series
Ultra precision Measuring, process control units UM
High voltage Lighting, medical equipment MM HV
High frequency RF, telecommunications MM HF
High temperature Automotive, industrial MMA HT
High reliability Avionic, military, spaceMM VG, SMM EN803 E8
High pulse load IGBT driver, surge protectionCMA 0204, CMB 0207
Low ohmic < 1 Ω, TCR ± 50 ppm/K, ± 1%
Current measurement MM
CUSTOM OPTIONS
Capabilities
• Established reliability• Single lot date code• Non E-series resistance values• Gold-plated terminations
MELF RESISTORSCAPABILITIES AND CUSTOM OPTIONS
Application Examples Advantage
Voltage and current detection • Surge stability• Excellent long term stability
Gate driver circuit • High pulse load capability
VMN-MS7458-1709
www.vishay.com © 2017 VISHAY INTERTECHNOLOGY, INC. ALL RIGHTS RESERVED.
Series: MM Professional, MM Precision, SMM0102, SMM0204, SMM0207
www.vishay.com/ref/infographics
Links to these articles are located in the
infographics landing page area.
LEARN HOW VISHAY TECHNOLOGIES CAN GIVE YOU A COMPETITIVE ADVANTAGE
www.vishay.com/ref/infographics© 2018 VISHAY INTERTECHNOLOGY, INC. ALL RIGHTS RESERVED.
Capabilities and custom options, 3D models, application notes, design tools, videos, and more