BCR10CM. Triac 10 Amperes/ Volts ➀ T1 TERMINAL ➃ T2 TERMINAL E L C D A H P M OUTLINE DRAWING

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1 BCR1CM Powerex, Inc., 2 Hillis Sree, Youngwood, Pennsylvania (412) mperes/4-6 Vols OUTLINE DRWING C ➃ D E L H G Ouline Drawing (Conforms o TO-22) Dimensions Inches Millimeers.63 Max. 16. Max. B.49 Max Max. C.41 Max. 1.5 Max. D E F.15 Max. 3.8 Max. G B F.142 ±.8 Dia. 3.6 ±.2 Dia. H.125 ± ±.2 ➀➁➂ CONNECTION DIGRM J ➀ T1 TERMINL ➁ T2 TERMINL ➂ GTE ➃ T2 TERMINL N P M K J E ➁➃ ➂ ➀ Dimensions Inches Millimeers J K L M N P.31.8 Q.2.5 Descripion: riac is a solid sae silicon C swich which may be gae riggered from an off-sae o an on-sae for eiher polariy of applied volage. Feaures: Glass Passivaion Excellen Surge Capabiliy Seleced for Inducive Loads pplicaions: C Swich Heaing Moor Conrols Lighing Solid Sae Relay Ordering Informaion: Example: Selec he complee eigh, nine or en digi par number you desire from he able - i.e. BCR1CM-8 is a 4 Vol, 1 mpere V DRM Inducive Type Vols Code Load* BCR1CM 4-8 L 6-12 *For inducive load, add L. T-45

2 Powerex, Inc., 2 Hillis Sree, Youngwood, Pennsylvania (412) BCR1CM 1 mperes/4-6 Vols bsolue Maximum Raings, T a = 25 C unless oherwise specified Raings Symbol BCR1CM-8 BCR1CM-12 Unis Repeiive Peak Off-sae Volage V DRM 4 6 Vols Non-repeiive Peak Off-sae Volage V DSM 5 72 Vols On-sae Curren, T c = 13 C, T c = 93 C I T(RMS) 1 1 mperes Non-repeiive Peak Surge, One Cycle (6 Hz) I TSM 1 1 mperes I 2 for Fusing, = 8.3 msec I sec Peak Gae Power Dissipaion, 2 sec P GM 5 5 Was verage Gae Power Dissipaion P G(avg).5.5 Was Peak Gae Curren I GM 2 2 mperes Peak Gae Volage V GM 1 1 Vols Sorage Temperaure T sg -4 o o 125 C Operaing Temperaure T j -4 o o 125 C Weigh Grams T-46

3 Powerex, Inc., 2 Hillis Sree, Youngwood, Pennsylvania (412) BCR1CM 1 mperes/4-6 Vols Elecrical and Thermal Characerisics, T j = 25 C unless oherwise specified Tes Condiions (Trigger Mode) BCR1CM Characerisics Symbol V D R L R G T j Min. Typ. Max. Unis Gae Parameers DC Gae Trigger Curren MT2+ Gae+ 6V C 3 m MT2+ Gae I GT 6V C 3 m MT2 Gae 6V C 3 m DC Gae Trigger Volage MT2+ Gae+ 6V C 1.5 Vols MT2+ Gae V GT 6V C 1.5 Vols MT2 Gae 6V C 1.5 Vols DC Gae Non-rigger Volage ll V GD 1/2 V DRM 125 C.2 Vols T-47

4 Powerex, Inc., 2 Hillis Sree, Youngwood, Pennsylvania (412) BCR1CM 1 mperes/4-6 Vols Elecrical and Thermal Characerisics, T j = 25 C unless oherwise specified Characerisics Symbol Tes Condiions Min. Typ. Max. Unis Thermal Resisance, Juncion-o-case R h(j-c) 1.8 C/W Volage Blocking Sae Maximums I DRM V DRM = Maximum llowable 2 m Repeiive Off-sae Curren Repeiive Off-sae Volage Raing, Gae Open Circuied, T j = 125 C Curren Conducing Sae Maximums V TM T c = 25 C, 1.5 Vols Peak On-sae Volage I TM = 15 Criical Rae-of-rise of Commuaing (dv/d) c V/ s Off-sae Volage (Commuaing dv/d) for inducive load (L) Commuaing dv/d, (dv/d) c Commuaing Volage & Par V DRM (V/ sec) Curren Waveform Number (Vols) Minimum Tes Condiion (Inducive Load) BCR1CM-8L 4 1 T j = 125 C, BCR1CM-12L 6 1 Rae of Decay On-sae Commuaing Curren (di/d) c = -5/msec: Peak Off-sae Volage V D = 4V SUPPLY VOLTGE MIN CURRENT MIN VOLTGE (dv/d) C V D V D (di/d) C T-48

5 Powerex, Inc., 2 Hillis Sree, Youngwood, Pennsylvania (412) BCR1CM 1 mperes/4-6 Vols INSTNTNEOUS ON-STTE VOLTGE, V T, (VOLTS) MXIMUM ON-STTE CHRCTERISTICS T j = 25 o C T j = 125 o C INSTNTNEOUS ON-STTE CURRENT, I T, (MPERES) TRNSIENT THERML IMPEDNCE, Z h(j-c), ( C/WTT) TRNSIENT THERML IMPEDNCE CHRCTERISTICS (JUNCTION-TO-CSE) CYCLES T 6 Hz GTE VOLTGE, V G, (VOLTS) V GM = 1V V GT = 1.5V GTE CHRCTERISTICS (I, II, III) I RGT I, I FGT I, I RGT III P G(avg) =.5W P GM = 5W I GM = 2 V GD =.2V GTE CURRENT, I G, (m) MXIMUM PEK SURGE CURRENT, I TSM, (MPERES) MXIMUM SURGE CURRENT FOLLOWING RTED LOD CONDITIONS CYCLES T 6 Hz CSE TEMPERTURE, T C, ( C) LLOWBLE CSE TEMPERTURE VS. RMS ON-STTE CURRENT FOR C CONTROL THIS GRPH NERLY PPLIES REGRDLESS OF THE CONDUCTION NGLE 36 CONDUCTION RESISTIVE, INDUCTIVE LODS MBIENT TEMPERTURE, T a, ( C) LLOWBLE MBIENT TEMPERTURE VS. RMS ON-STTE CURRENT FIN: PLTE PINTED BLCK WITH GRESE CURVES PPLY REGRDLESS OF THE CONDUCTION NGLE 6 x 6 x x 1 x x 12 x RESISTIVE, 2 INDUCTIVE LODS NTURL CONVECTION MBIENT TEMPERTURE, T a, ( C) LLOWBLE MBIENT TEMPERTURE VS. RMS ON-STTE CURRENT NTURL CONVECTION, NO FIN CURVES PPLY REGRDLESS OF THE CONDUCTION NGLE RESISTIVE, INDUCTIVE LODS MXIMUM POWER DISSIPTION, (WTTS) CONDUCTION RESISTIVE, INDUCTIVE LODS MXIMUM ON-STTE POWER DISSIPTION GTE TRIGGER CURRENT, ( C) GTE TRIGGER CURRENT, (25 C) x 1% GTE TRIGGER CURRENT I FGT I I RGT I I RGT III T-49

6 Powerex, Inc., 2 Hillis Sree, Youngwood, Pennsylvania (412) BCR1CM 1 mperes/4-6 Vols 1 3 GTE TRIGGER VOLTGE 1 3 HOLDING CURRENT 16 BREKOVER VOLTGE x 1% GTE TRIGGER VOLTGE, ( C) GTE TRIGGER VOLTGE, (25 C) 1 2 HOLDING CURRENT, I H, (m) 1 2 BREKOVER VOLTGE, ( C) BREKOVER VOLTGE, (25 C) x 1% x 1% BREKOVER VOLTGE, (dv/d = x V/ s) BREKOVER VOLTGE, (dv/d = 1V/ s) BREKOVER VOLTGE VS. RTE OF RISE OF OFF-STTE VOLTGE T j = 125 C I QUDRNT III QUDRNT # RTE OF RISE OF OFF-STTE VOLTGE, dv/d, (V/ s) 1 3 #2 GTE TRIGGER CURRENT VS. GTE CURRENT PULSE WIDTH REPETITIVE PEK OFF-STTE CURRENT, ( C) REPETITIVE PEK OFF-STTE CURRENT, (25 C) x 1% REPETITIVE PEK OFF-STTE CURRENT GTE TRIGGER CHRCTERISTICS TEST CIRCUITS 6 6 CRITICL RTE OF RISE OF OFF-STTE COMMUTTING VOLTGE, (V/ s) COMMUTTION CHRCTERISTICS T j = 125 o C I T = 4 = 5 s V D = 2V f = 3Hz MINIMUM CHRC- TERISTICS VLUE VOLTGE WVEFORM (dv/d) c V D CURRENT WVEFORM I QUDRNT RTE OF DECY OF ON-STTE COMMUTTING CURRENT, (/ms) I T (di/d) c III QUDRNT GTE TRIGGER CURRENT, ( w ) GTE TRIGGER CURRENT, (DC) x 1% 1 2 T j = 25 C I FGT I I RGT I I RGT III GTE CURRENT PULSE WIDTH, w, ( s) 6V V TEST PROCEDURE I 6 6V V TEST PROCEDURE III R G R G 6V V TEST PROCEDURE II R G T-5