R6220455 POWEREX | Alldatasheet
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POWEREX ne22_55 a Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 (412) 925-7272
550 Amperes Average
1600 Volts
—t Ka i \\ { i \\ ¥ j oe rmmene ene Scale = 2 ——- 6 DIA. T \\ bh ADIA, 1 _ = = —+ t R622__55 ] ] ! Fast Recovery Rectifier } Hl 550 Amperes Average, 1600 Volts La oia + | > pom 1 4 Looe CASE NUMBER R62 STRIKE DISTANCE = 37 INCH / 9.4 MM WIN NOMINAL DIMENSIONS CREEPAGE DISTANCE = 51 INCH / 13.0 MM MIN a Tepeptoye [rie [es] im separ pee Lore [arora [ase p07) Features:
0 Fast Recovery Times
R622__55 (Outline Drawing) (1 Soft Recovery Characteristics O High Surge Current Ratings
1 High Rated Blocking Voltages
O Special Electrical Selection for Ordering Information: Parallel and Series Operation Select the complete part number you desire from the following table: C1 Single or Double-sided Recovery Cooling Voltage _ Current Time Loads go Long Creepage and Strike VaRM "Fav) ter Paths Type (Volts) Code (A) Code (usec) Code Case Code R622 400 04 550 55 | 20 ES R62 00 0 Hermetic Seal 500 oe Special Selection of Recovery 1000 10 Characteristics Available 1200 12 1400 14 Applications:
160016 CO Inverters
Example: Type R622 rated at 550A average with VaR = 1600V, (0 Choppers Recovery Time = 2.0 usec, order as: : Te oe tate O Transmitters Ris 2 2 1 6 ps fs] es | ° ° ( Free Wheeling Diode F-27
a Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 (412) 925-7272 R622__55 Fast Recovery Rectifier
550 Amperes Average, 1600 Volts
Characteristics Symbol R622__55 Units pt ca RMS Forward Current le(rms| 860 ‘Amperes Average Forward Current lav) 550 ‘Amperes One-half Cycle Surge Current leSM 6000 ‘Amperes It (for Fusing), Times > 8.3 milliseconds a 150000 A2sec Max. It Package (for Times = 8.3 milliseconds) (2t 20 x 106 A2sec Storage Temperature Tstg -40 to +190 °C Operating Temperature T -40 to +150 °C ee AOSD Mounting Force 1000 to 1400 Ibs SSH TBQG ts Electrical and Thermal Characteristics eae Characteristics Symbol Test Conditions R622__55 Units rh esl Current - Conducting State Maximums eee Forward Voltage Drop VEM T; = 25°C, ley = 800A 15 Volts Voltage - Blocking State Maximums ree Repetitive Peak Reverse Voltage (Rated Limit) VaRM 1600 Volts Non-rep. Trans. Peak Rev. Voltage (Rated Limit) Vasm t<5.0msec 1800 Volts Reverse Leakage Current, mA peak 'RRM T; at max., VaRM = Rated 50 mA -. Sv ete 1M Switching Maximum Reverse Recovery Time tr Tem = 785A, tp = T00uSeC, 20 nsec dip/dt = 25A/usec, Te = 25°C ee Thermal a Maximum Resistance, Junction to Case Rei. 0.095 °c Matt Maximum Resistance, Case to Sink (Lubricated) Ra(c-s) 0.025 °C/Watt F-28
Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 (412) 925-7272 R622__55 Fast Recovery Rectifier Reverse Recovery Wave Form Typical Reverse Recovery Time Vs. Rate of Current Fall fy et eens eees eeeseme gees crete mensees PE FE o ee a Sa . , og ae a a i. 2 Ea eel re | | Le A 10} | agate ETI Th at F_—sinec oe —fiene 8 Eee ee dt c rrr tmstette Fg a as a a 0 a oe ( Sef al nc § Coco co oo wt € fT TUM Te Tin _ EE or 1 10 100 1000 Rate of Current Fall, din/dt A/us Typical Reverse Recovery Charge Vs. Rate of Current Fall Typical Ratio of Current Recovery to Rate of Current Fall 1000 yr oo a Sd Se SSS SSE eset > |S Sree tt s ESE RHHr era a =a — — ee
8 ESR ee eo a Se
3 cee aallil 2 (ae Sf PE TAs ESS SS I SF SSS = 5 SSS SSeS: oe ee eee eg : = ee 2 , [SER ae —ae | att tty g Sse 2 SS eee oe eee
6 Eee eee a eS
Pe : ea 2. eae CH a | cee Po 5 Seer ead a ee Oo (Ra a Fe a a 3s EF a er Al ¢ Eee ae Bobet 1 10 100 1000 c 1 10, 100 1000, Rate of Current Fall dix/dt, A/us Rate of Current Fall, die/dt, A/us | F-29
a Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 (412) 925-7272 R622__55 Fast Recovery Rectifier Forward Current Vs. Forward Voltage Drop Transient Thermal Impedance Vs. Time g 1 ees esses esses sess ssSSSSSSSSSSSSSzz= = Sed Sis SSS erate meer emer er BEER EERE REE EE EERE Eee eee are SSH Semssihiemetiistee sett See eemeer SSsceesusssssssssssssnsssssssss> ——oecss Sos SHH ey sSeeeeeeeeeeeeeeseeeeessser———.easeceess ©, ° RA ee EECHHE Heme Laer Soe SE SS SROURERREER aun o<e -sSURBGEURREDENED Fil Saetti Sees meses eeeiiieee cif meee tiie DORI Soy ESSE EEE § AUT er UT 2 o BERS eee ae ie Se sSassscassse -.sseee SESSSSSSSS555== Sos EES é Sees es esiese s) ceeeecseessessecssascscsss Fed Set eS eeit meretiiiereeitt’ Seeeettieemensitiiemmesti 2 RRR SHE SSS SSSaitioeaeis: (aeesst lessees! s Hee eee § os RH ieeeeseeiteseeeertieeeeseent:
5 SERRRERREG)/ GERRERREGRUSEERORCSORSE0RR0R 2 SSH ee
S5SSSSaes: | sasasssssasssssssssss=s=ss=== Ge) SSS Seti S eit eesti Settitteemstetiesmettieemstitt BERR Hy SSsetiteessuis Semstit’ aemetiitiemstiiteemericoemetitt Sseseenss! | secssesesssessenessssessscsss: oo EH B CCE SSeS Sie SSS? tiesto erties eiiti eesti 0 70 20 30 70 B coor oor ‘or 1 10100-1000 Forward Voltage Drop, Vru, Volts Time, t, Seconds Energy Loss Per Pulse for Sinusoidal Pulses Calculation of Fast Recovery Diodes 10 and Allowable Case Temperature ' et ee eee = Ses = 2592 East avicond) = SSSSt See aaa eee, g See ore ae ai ann 2. Reverse Recovery Losses (Approximate) Pitt eee " 8 | Coie Pan Xa gn (lisa 108 ES asec cee ae mete TS peerage whl 3. Maximum Allowable Case Temperature | ey 5°20 + Masimam per Se = SS SS a EEE Tomax) = Tj - (Pavicona) + Pavisw) X Pag<)) ae Where: : eet it = 180°c 1H P. = Forward Conduction Power Loss in Watts wr, (cond) = Goo eee Pavan = Reverse Recovery Power Loss in Watts Pulse Width, . JP = Energy Loss per Pulse in Joules ulse Width, sec F = Frequency in Hertz Vr = Steady State Reverse Operating Voltage in Volts dig/dt = Rate of Decay of Forward Current in Amperes/usec Tr = Reverse Recovery Time in Microseconds 1 dig/dt = = Ratio of Recovery di/dt(Gic/at_ = oa St) F = Operating Frequency in Hertz Tenax) = Maximum Allowable Case Temperature in °C. T = Maximum Operating Junction Temperature in°C. Rog) = DC Junction to Case Thermal Impedance in °CMatt. F-30