R9G20412 POWEREX | Alldatasheet

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POWEREX RoG2_12 ee Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 (412) 925-7272 Rectifier

1200 Amperes Average

3600 Volts

FOIA. TYP. 4 Bite i¥e j wasn carvone T 8 OIA T Bi. . il \\ A DIA, \\ ° nT: ] Scale = 2" jJ_ arora. = ° ROG2__12 coun Fast Recovery Rectifier Lo soot 1200 Amperes Average, 3600 Volts CASE HUMBER R96 STRIKE DISTANCE = 79 INCH / 18.5 MM MK NOMINAL DIMENSIONS CREEPAGE DISTANCE = 117 INCH / 29.7 MM IN fm aATepetoy ¢ Terre ts | brows vee toa tees foe tose oe at Cw ra7o Tra P60 [0.76 [esazara [ase [26 [| R9G2__12 (Outline Drawing) Ordering Information: Features: Select the complete part number you desire from the following table: 0 Fast Recovery Times Type (Volts) Code (usec) Code Case Code . . ReG2 40004 1200 12 40 BS | REG2 00 C1 Special Selection of trr oF Orr 600 06 available 800 08 . 1000 10 Applications: 1200 12 CO Inverters 140014 1600 16 Choppers 1800 18 Oo ep 2000 20 © Transmitters 2200 22 ° 2400 24 (0 Free Wheeling Diode 2600 26 2800 28 3000 30 3200 32 3400 34 3600 36 : Example: Type R9G2 rated at 1200A average with VaRM = 3600V, i ne

Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 (412) 925-7272 R9G2__12 Fast Recovery Rectifier

1200 Amperes Average, 3600 Volts

Characteristics Symbol R9G2__12 Units RMS Forward Current le(ems| 1900 ‘Amperes Average Forward Current lF(av) 1200 ‘Amperes One-half Cycle Surge Current 'FSM 14000 Amperes (2t (for Fusing), Times > 8.3 milliseconds. 2 820000 A2sec Max. I@t Package (for Times = 8.3 milliseconds) 12 90 x 106 A2sec Storage Temperature Totg -40 to +190 °C Operating Temperature T; -40 to +150 °C Mounting Force 5000 to 6000 Ibs Electrical and Thermal Characteristics Characteristics Symbol Test Conditions R9G2__12 Units Current - Conducting State Maximums Forward Voltage Drop VeM T; = 25°C, ley = 1500A 2.30 Volts Voltage - Blocking State Maximums Repetitive Peak Reverse Voltage (Rated Limit) VraRM 3600 Volts Non-rep. Trans. Peak Rev. Voltage (Rated Limit) Vaso Vs 5.0msec 3800 Volts Reverse Leakage Current, mA peak IRRM T; at max., VaRM = Rated 75 mA Switching Maximum Reverse Recovery Time tir TEM = 15002, tp = 190nsec, 40 psec dip/dt = 25A/usec, To = 25°C Thermal Maximum Resistance, Junction to Case Re(i-c) 0.018 °CMatt Maximum Resistance, Case to Sink (Lubricated) Ra(c.s} 0.0075 °C/Matt F-64

Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 (412) 925-7272 R9G2__12 Fast Recovery Rectifier Reverse Recovery Wave Form Typical Reverse Recovery Time vs. Rate of Current Fall 40; fT Tt ee ce t te 10 a ——_-) ied SS SO SS din f pS “a fa sine el “a rs tans tatty ry Latte Quan = (AS ) x bewnccs c 1 Sate = Lmaoecs Rate of Current Fall, din/dt, A/us to g Typical Reverse Recovery Charge vs. Rate of Current Fall § Typical Ratio of Current Recovery to Rate of Current Fall A nee eS a a BS 0o—I——

3 SS Ss SS ee ==

a P—iree2 ee a 3 I : eee ees reo z <==. == fo] pT ee 3 jo — SS Py Wy | : S22. SS SS Ce |) === SSS SSS Se é SS SSS52222 SS Sa ——a eee ee FA —S=SS2222. = = === anes ee —e £ -—— tt PT et 6 wo SS SSS Por ee 3 ee Y | | tt Paani 2 —==.-._—— === 1 10 100 200 1 10 100 200 Rate of Current Fall, dix/dt, A/us Rate of Current Fall, di/dt, A/us | F-65

Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 (412) 925-7272 R9G2__12 Fast Recovery Rectifier Forward Voltage Drop vs. Forward Current . Transient Thermal Impedance vs. Time 10 en 3 0285 oer SSIES S2S2 SSS SS SS =TSZEE hh a SSS SSS 5552S SS SSSSsS Ree

9 SS SS == S252 SS = 2 Oo

SSS SS SS S25 SSS SSS SSESr i 020 =o ====:- SS SSS a Se § oo or = 60 Le===2 SS SS S SES: : SSS ee Z SSS SSS52= SSS SS SSSF ze: Fy =, ee > SSS S S332 SSS SS SSe-SSE ee > SSS SSS SSS SS SS Se SSst Sos SEI ot & 9 = SS > === SSS = 5 oT ee © BSS SSS 352222 SSS SS 57255555 ooo a fa} SS S= == S525 —— SES Eee g 2 ti

30 SSS SSS 555 oT

§ SSS SsSssrS SSS SS SSE y oro SSS SS SSS SSS SS SSSSS: Po Ct A SS SSS Sy eA a So == ape ==z: SESsHiiSSeesiecSetilimeertitl Seman

2 SSS = 2S SS SS SSSSEE BO 00s Ee a rt

5 SSS] S522 SS SSS SSSSES é oo ee

: 0 SSS SS SSS SSS So eet ——— = oe oe & SSS SS S555 SSS SSS SSS SE: 2 J ob ee tt 100 1000, 10,000 oT 1 a 1 10 10 Forward Current, Ir, Peak Amperes Time, t, seconds Energy Loss Per Pulse for Sinusoidal Pulses Calculation of Fast Recovery Diodes

100 See and Allowable Case Temperature

of 60-2 Lt [terror 1. Conduction Losses

8 Ft eer a 2, Reverse Recovery Losses (Approximate)

BP Aa! = 5 8 (oe are a Pavisw = 1/4 digx T,2x(_1s_\\Px Fx 1x108 ° ee avis ce a eee aaa ton) WAXN i SAX TaE x (ME PF x txt SS rt a 4 see ee 4 eer I t= 150°c TT] 3. Maximum Allowable Case Temperature eS = SS aa Terman) = T}~ (Paviconay + Pavism) X Roe) & of eo Pawtena) = Forward Conduction Power Loss in Watts 10 ~ 100 1000 70,000 Payisw) = Reverse Recovery Power Loss in Watts Pulse Width, usec JP = Energy Loss per Pulse in Joules ‘ F = Frequency in Hertz Va = Steady State Reverse Operating Voltage in Volts dip/dt = Rate of Decay of Forward Current in Amperes/isec Tr = Reverse Recovery Time in Microseconds = = Ratio of Recovery suet Sear) i F = Operating Frequency in Hertz Tomax) = Maximum Allowable Case Temperature in °C. T = Maximum Operating Junction Temperature in°C. R = DC Junction to Case Thermal Impedance “wo CN in °CMatt. F-66