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lnternational IOR Rectifier IRK.41 .56 SERIES Data Sheet

1. 150 E 5 g 100 2 x IRK 41 Series 3 Single Phase Bridge 2 450 Connected Tj 125 C T RS 0 20 40 60 80 100 20 40 60 80 100 120 140 Total Output Current A Maximum Allowable Ambient Temperature C Fig 8 On state Power Loss Characteristics i 4 cs H S Q e 8 n ty f S Z 9 300 S 3 o e o a 250 5 ds 2 200 uz 2 5 150 xIRK 41 Series e Three Phase Bridge LA 8 100 Connected 50 T 125 C 0 0 20 40 60 80 100 120 140 20 40 60 80 100 120 140 Total Output Current A Maximum Allowable Ambient Temperature C Fig 9 On state Power Loss Characteristics www irf com International IRK 41 56 Series Bulletin 127131 rev G 10 02 IGR Rectifier a 130 T T T P IRK 56 Series o R DC 0 40 K W 5 120 thJC 9 o N Q 110 Z CH Dm Q onduction Angle 8 100 o 8 90 3 2 lt o g 80 a 120 5 180 70 2 Maximum Average On state Power Loss W Peak Half Sine Wave On state Current A 0 10 20 30 40 50 60 70 Average On state Current A Fig 10 Current Ratings Characteristics 90 T 180 _ 80 12097 1 90 70 609 L m 60 30 50 RMS Limit N 40 E M 30 Conduction Angle 20 IRK 56 Series 10 Per Junction T y 125 C 0 0 10 20 30 40 50 60 Average On state Current A
2. Max gate current Anode supply 6V resistive load required to trigger GD Blocking Parameters Conditions Max peak reverse and off state leakage current 15 T 125 C gate open circuit at Von Vor 2500 1 min 50 Hz circuit to base all terminals RMS isolation voltage 3500 1 sec shorted Max critical rate of rise 500 T 125 C linear to 0 67 V of off state voltage 5 gate open circuit 5 Available with dv dt 1000V us to complete code add S90 i e IRKT41 16AS90 Thermal and Mechanical Specifications DRM Parameters Conditions Junction operating temperature range Storage temp range 40to 125 40 to 125 Max internal thermal resistance junction Per module DC operation tocase Typical thermal resistance Mounting surface flat smooth and greased case to heatsink Mounting torque 10 A mounting compound is recommended h ink and the torque should be rechecked after a EE 5 period of 3 hours to allow for the spread of busbar 3 the compound wt Approximate weight 110 4 Case style TO 240AA JEDEC AR Conduction per Junction The following table shows the increment of thermal resistance Ri jc when devices operate at different conduction angles than DC Sine half wave conduction Rect wave conduction 120 90 60 30 120 90 60 IRK 41 0 13 0 17 0 23 0 34 0 14 0 18 0 23 IRK 56 0 11 0 13 0 18 0 27 0 11 0
3. Fig 12 On state Power Loss Characteristics 1200 aot ro At Any Rated Load Condition And With Rated VggM Applied Following Surge 1100 Initial Us 125 C 60 Hz 0 0083 s 1000 HFTTT 9 50 Hz 0 0100 s 900 800 700 600 FIRK 56 Series M Per Junction 500 10 00 Number Of Equal Amplitude Half Cycle Current Pulses N Fig 14 Maximum Non Repetitive Surge Current G 190 T T L IRK 56 Series m g R DC 0 40 K W 2 120 Nue 9 o Q 5 110 d P Conduction Period 8 100 o 9 90 t 80 S 2 60 120 E i 180 DC o s 70 0 20 40 60 80 100 Average On state Current A Fig 11 Current Ratings Characteristics amp 120 T E DC 2 1809 J4 i 3 100 1200 4 ff 7 7 D e Th A S ai 80 309 jo Z 60 6 RMS Limit to 9 40 Conduction Period D E RK 56 Series 1 20 Per Junction 2 125 C E J o 0 7g 20 40 o 80 o Average On state Current A Fig 13 On state Power Loss Characteristics 1400 NS Maximum Non Repetitive Surge Current Versus Pulse Train Duration ControH 1200 or Conduction May Not Be Maintained s Initial T j 125 C o HNo Voltage Reappl
4. Major Ratings and Characteristics Parameters Lay OF lkv 85 C 45 60 l 100 135 O RMS lsm 50Hz 850 1310 les 60Hz 890 1370 It 50Hz 3 61 8 50 60Hz 3 30 7 82 kl 36 1 85 0 Vay range 400to 1600 40t0125 40t0125 RRM As AC switch www irf com 1 IRK 41 56 Series International Bulletin 127131 rev G 10 02 I amp R Rectifier ELECTRICAL SPECIFICATIONS Voltage Ratings Vom maximum Noen maximum Vorm Max repetitive Voltage repetitive non repetitive peak off state voltage Code peak reverse voltage peak reverse voltage gate open circuit Type number 04 06 08 IRK 41 56 10 12 14 16 On state Conduction Parameters Conditions Max average on state current Thyristors 180 conduction half sine wave Maximum average T 85 C forward current Diodes Max continuous RMS on state current S 9 or 6 As AC switch T laus laus Max peak one cycle t 10ms No voltage Sinusoidal non repetitive on state t 8 3ms reapplied half wave or forward current t 10ms 100 Vas Initial EAR max t 8 3ms reapplied t 10ms T 25 C t 8 3ms no voltage reapplied Max tfor fusing t 10ms No voltage t 8 3ms reapplied 10ms 100 Noen t 8 3ms reapplied t 10ms T 25 C 8 3ms no voltage re
5. 14 0 19 Devices www irf com 3 IRK 41 56 Series International Bulletin 127131 rev G 10 02 I amp R Rectifier Ordering Information Table Device Code IRK 57 types With no auxiliary cathode Module type Circuit configuration See Circuit Configuration table below Current code Available with no auxiliary cathode Voltage code See Voltage Ratings table To specify change 41 to 42 A GenV SES dv dtcode S90 dv dt 1000 V us Ld No letter dv dt 500 Vus Outline Table FASTON TAB 2 8x088 110 x 0 03 18 0 7 REF 29405 00197 X SE REF 5 3 Dimensions are in millimeters and inches IRKH IRKL lei 64 8 Gi K1 K2 G2 U G1 K1 J 4 5 7 6 4 5 7 6 NOTE To order the Optional Hardware see Bulletin 127900 4 www irf com International R Rectifier IRK 41 56 Series Fig 5 Maximum Non
6. 17 On state Power Loss Characteristics 600 T T T r 2 d i 500 400 120 Rect 300 kes 200 3 x IRK 56 Series Three Phase Bridge 100 Connected T y 125 C 0 O 20 40 60 80 100 120 140 160 180 Total Output Current A 20 40 60 80 100 120 140 aximum Allowable Ambient Temperature C Fig 18 On state Power Loss Characteristics www irf com International IRK 41 56 Series T R Rectifier Bulletin 127131 rev G 10 02 1000 I 1000 S z 5 t e 5 5 O 100 O 100 D o 2 o 6 Ir 25 C 6 Is 25 C 3 5 0 Tj 125 C S 10 Ty 125 C E KE t S 5 IRK 41 Series 5 IRK 56 Series E Per Junction e Per Junction 1 1 0 2 3 4 5 6 7 0 5 15 2 25 3 85 4 45 Fig 19 On state Vol 500 450 100 Instantaneous On state Volta ge V age Drop Characteristics T T T IRK 41 Series Tj 125 C HRK 56 Series Ins 200A Maximum Reverse Recovery Charge Qrr uC 9 Gl Ka 10 20 30 40 50 60 70 80 90 100 Rate Of Fall Of On state Current di dt A s Fig 21 Recovery Charge Characteristics Inst
7. Repetitive Surge Current Bulletin 127131 rev G 10 02 G 130 OQ 130 r r r Ef i Series 2 IRK 41 Series g Rhye DO 0 46 K g Rn jc DO 0 46 K W D 120 D 120 0 lan o a E 2 10 S ES o 10 8 Conduction Angle 2 Conduction Period O QO o o 30 100 100 7 E 30 on E e 8 90 SI 90 S 90 30 S 90 120 d d 180 K DC E 80 E 80 0 10 20 30 40 50 0 20 40 60 80 Average On state Current A Average On state Current A Fig 1 Current Ratings Characteristics Fig 2 Current Ratings Characteristics 70 S 100 S E 180 8 GE 60 1 9 180 X E 1209 J p 80 120 x g 90 3 o N 2 5 609 RMS Limit 6 H ES Saal E a or vA E 30 o 30 fa RMS Limit o EN 60 b 40 A g c O 8 liga S i KR e Conduction Ange g Conduction Period 5 2 9 amp IRK 41 Series dp IRKAl Seres 10 Per Junction 5 Per SEH E Tj 125 C E Ty 1250C 4 8 o 0 2 0 10 20 30 40 50 0 20 40 60 80 Average On state Current A Average On state Current A Fig 3 On state Power Loss Characteristics Fig 4 On state Power Loss Characteristics 800 gt 900 2 At Any Rated Load Condition And With lt Maximum Non Repetitive Surge Current Z Rated Vary Applied Foll
8. Bulletin 127131 rev G 10 02 International T R Rectifier IRK 41 56 SERIES THYRISTOR DIODE and ADD A pak GEN V Power Modules THYRISTOR THYRISTOR Features Benefits W High Voltage E Up to 1600V 45 A W industrial Standard Package W Full compatible TO 240AA W Thick Al metal die and double stick bonding W High Surge capability 60 A W Thick copper baseplate W Easy Mounting on heatsink W UL E78996 approved E A10 DBC insulator E 3500V pus isolating voltage E Heatsink grounded Mechanical Description The Generation V of Add A pak module combine the The electrical terminals are secured against axial pull out excellentthermal performance obtained by the usage of they are fixed to the module housing via a click stop Direct Bonded Copper substrate with superior feature already tested and proved as reliable on other IR mechanical ruggedness thanks to the insertion of a modules solid Copper baseplate atthe bottom side of the device The Cu baseplate allow an easier mounting on the majority of heatsink with increased tolerance of surface Electrical Description roughness and improve thermal spread These modules are intended for general purpose high The Generation V of AAP module is manufactured voltage applications such as high voltage regulated power without hard mold eliminating in this way any possible supplies lighting circuits temperature and motor speed direct stress on the leads control circuits UPS and battery charger
9. antaneous On state Voltage V Fig 20 On state Voltage Drop Characteristics 110 l 200A Maximum Reverse Recovery Current Irr A 10 20 30 40 50 60 70 80 90 100 Rate Of Fall Of Forward Current di dt A us Fig 22 Recovery Current Characteristics Fig 23 Thermal Impedance Z Square Wave Pulse Duration s Steady State Value 8 R in jc 0 46 K W N TR thuc 0 40 K W i I DC Operation 5 IRK 41 Series g 01 IRK 56 Series E fe E Per Junction ic o 5 S on 0 001 0 01 0 1 nyc Characteristics www irf com IRK 41 56 Series International Bulletin 127131 rev G 10 02 IcR Rectifier 100 c LEE EE FRectangular gate pulse 1 PGM 100 W tp 500 us Lo Recommended load line for 2 POM 50W t i S rated di dt 20 V 30 ohms jdp ms p A tt 0 5 us to gt 6 us 3 POM 20W tp 2 25 ms 7 D b Recommended load li
10. applied Initial Tj T max Max FAtforfusing 1 0 1 to 10ms no voltage reapplied Max value of threshold Low level 3 voltage 2 High level 4 Max value of on state Low level 3 EAR max Ty Tj max Slope resistance 2 High level 4 Max peak on state or low Lay Tj 25 C forward voltage lem TX le AV Max non repetitive rate T 2 25 C from 0 67 Vorm of rise of turned on Lu t X Joan ly 500mA current 1 lt 0 5us t gt 6 us T 2 25 C anode supply 6V Max holding current 6 SES z g resistive load gate open circuit Max latching current Ty 25 C anode supply DN resistive load 1 Pt for time t Pvt x vt 2 Average power V l r x l x x T t cto X aw 3 16 7 x xax lu I xxl rane 4 I xx lay 2 www irf com International IRK 41 56 Series T R Rectifier Bulletin 127131 rev G 10 02 Triggering Parameters Conditions Pom Max peak gate power Paav Max average gate power Lu Max peak gate current Vom Max peak negative gate voltage S Ty 40 C a Max gate See T 25 C Aniog supply 6V required to trigger T 1255 resistive load Ty 40 C Ty 25 C Ty 125 C Max gate voltage T 125 C that will not trigger i rated V5 4 applied lsp Max gate current T 125 C that will not trigger rated V5 4 applied V
11. ied 5 Rated V pgygeapplied 1000 RRMSSAPP t O o 800 E o amp e 5 600 _IRK 56 Series i Per Junction a 400 0 01 0 1 Pulse Train Duration s Fig 15 Maximum Non Repetitive Surge Curren www irf com IRK 41 56 Series International Bulletin 127131 rev G 10 02 I amp R Rectifier 200 ek SN 180 ENEG NES Ne 8 120 ei ZG Ne Rem D 160 90 ONE D 5 SM t l 140 up Q ty P E 309 OSN ER o 10 gt lt V o d P t D 7 100 L x y ky 2 80 E Conduction Angle IU S 60 2 gt 40 IRK 56 Series A Per Module k w ZS 20 T y 125 C 0 Maximum Total Power Loss W Maximum Total Power Loss W Fig 16 On state Power O 20 40 60 80 100 120 140 20 40 60 80 100 120 140 Total RMS Output Current A Maximum Allowable Ambient Temperature C Loss Characteristics 450 T o 2 400 F g Cn 350 Q5 Co ty 4 300 180 ZS Sine Qs 2 250 180 Sy gt Rect 0 200 Sy 150 Div 2 x IRK 56 Series ky 100 Single Phase Bridge en Connected 2 Kw Ty 125 C 0 O 20 40 60 80 100 120 140 20 40 60 80 100 120 140 Total Output Current A aximum Allowable Ambient Temperature C Fig
12. ne for POM lOW tp 5ms 1 H lt 30 rated di dt 20 V 65 ohms 9 10 tr 1 us to gt 6 us 7 X CO 5 b o a 8 elu o au fa 2 l BUS EN 2 849 c o LCD S e E VGD B3 id IRK 41 56 Series Frequency Limited by PG AV 0 001 0 01 0 1 0 100 1000 nstantaneous Gate Current A Fig 24 Gate Characteristics Data and specifications subject to change without notice This product has been designed and qualified for Industrial Level Qualification Standards can be found on IR s Web site International IER Rectifier IR WORLD HEADQUARTERS 233 Kansas St El Segundo California 90245 USA Tel 310 252 7105 TAC Fax 310 252 7309 Visit us at www irf com for sales contact information 10 02 10 www irf com
13. owing Surge t Versus Pulse Train Duration Control G 300 Initial Ty 25 C 9 800 Of Conduction May Not Be Maintained 5 Q 60 Hz 0 0083 s a Initial T 125 C S 50 Hz 0 0100 s dee No Voltage Reapplied o Rated V reapplied B eo KR 1 revere 6 O o gt 6 500 E z 500 v 2 E 72 72 a 5 400 9 40 T IRK AT Series ES IRK 41 Series ko Per Junction 9 Per Junction Z 300 a 300 10 00 0 01 0 1 Number Of Equal Amplitude Half Cycle Current Pulses N Pulse Train Duration s Fig 6 Maximum Non Repetitive Surge Current www irf com IRK 41 56 Series International Bulletin 127131 rev G 10 02 TOR Rectifier P 140 l 180 ol Ae 2 1209 7 LLNS Se 120 f pes a D o 2 Wi N amp V er gt t D 3 100 30 2 lax gt Z S 80 2 S 2 e 2 m H i o O 60 NA ZA G o Conduction Angle 9g 3 40 Kw 5 IRK 41 Series E 20 Per Module Ein o Tj 125 C 3 J 0 0 20 40 60 80 100 20 40 60 80 100 120 140 Total RMS Output Current A aximum Allowable Ambient Temperature C Fig 7 On state Power Loss Characteristics 350 e 300r 5 z l 250 5 1809 z Sine 5 Rect

lnternational IOR Rectifier IRK.41 .56 SERIES Data Sheet

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