THYRISTOR & DIODE MODULES

Transcript

1 TYRITOR & IOE OUE POW-R-O pplications Include: attery hargers Induction eating / elting edical Equipment otor ontrols Power upplies UP Welding POW-R-RI pplications Include: otor tarters otor ontrols ining Power enters Resistance Welding ontrols Transportation ircuit onfigurations: ingle ual plit ual ommon node ommon athode witch TE O OTET umbering ystem... I- Product Overview... I- iode... I-7 Thyristor... I-9 Thyristor / iode... I- Thyristor / iodes (POW-R-RIs )... I- Outline rawings... I- POW-R-O VOTGE: V TO,000V URRET: 0 TO 00 POW-R-RI VOTGE: V TO 000V URRET: 00 TO ustom IGT ssemblies ssemblies iode iode i

2 I- umbering ystem Thyristor (R) and iode 90 is a 90 mpere, Volt, ual witch odule 90 8 is a 0 mpere, Volt, ingle Thyristor odule 8 QR00 is a,00v, 0 igh Voltage ual iode odule Q R 00 () () () () () () () () () () () () () () () () Type umber:,,,, P = ual witches,, P = ingle witches = ingle R T = plit ual witch P = witch = ommon athode, = ommon node () Package tyle () onfiguration: = iode = R / iode = R 7 = iode / R () Voltage Rating (x 00): 08 = V = V = V 0 = 0V = 00V = V 0 = 000V () urrent Rating: evice urrent = 0 = 0 0 = 0 T 0 = 0 90 = = 00 x 0 Example: = 0 P 0 = P 07 = 700 P = 0 P 0 = 0 P = 00 () Version = olderdown Technology = ompression onded Technology = olderdown iode () Product ine: Q = ustom odule () evice: R = Rectifier () onfiguration: = ouble / ual = ingle () Voltage: = 00 =,000 () urrent: 0 () erial esignation: umbered from for each individual combination of 7 previous digits.) POW-R-RIs PZ7T700W is a Volt, ual R odule with tandard Thermistor P () Z () 7 () () T7 () 00 () W (7) () Type umber: P = ual iode P = R / iode P = ual R P7 = iode / R (), (), () Package tyle () Indicates ize of the lock & Elements () Element ode: Refer to Product atasheet for the Element odes to Reference the orresponding isc evice for dditional pecifications () pecial eatures: 00 = odule Includes tandard Thermistor XT = o Thermistor ll Other odes enote Unique ustomer pecifications (7) Voltage Rating: V0 = 00V V08 = V W = V W = V

3 Product Overview PERE / T 00 / 00 / / 0 00 / 0 0 / 90 0 / 9 0 / 9 0 / 99 / 00 0 / 0 0 / 0 / 0 0 / 0 0 / 07 / 0 0 / 000 / / 87 0 / / V P--0 IGE IOE OUE IG VOTGE IGE IOE OUE -000V -00V -V,000V -000V QR00 P--0 P-- IOE OUE -000V -V -00V U IOE OUE -00V -00V P-- -0V -V -700V V 99 IG VOTGE U IOE OUE 00V 00 / 00 / / 0 00 / 0 0 / 90 0 / 9 0 / 9 0 / 99 / 00 0 / 0 0 / 0 / 0 0 / 0 0 / 07 / 0 0 / QR / / 87 0 / / 90 PERE / T ustom IGT ssemblies ssemblies iode iode i I-

4 I- Product Overview PERE / 0 / 0 / 9 90 / 90 / 87 / 8 / 8 0 / 0 / 9 0 / 7 0 / 8 0 / 89 0 / 00 / 8 00 / 8 / / 8 0 / 7 0 / 8-000V 8-- IGE TYRITOR OUE 0-00V -V -V -V P-- P V 8-- TYRITOR OUE U TYRITOR OUE 0-00V 0-00V -V -0V V P--0 -V -V P--07 -V WITE 00-00V -V P--0 P / 0 / 9 90 / 90 / 87 / 8 / 8 0 / 0 / 9 0 / 7 0 / 8 0 / 89 0 / 00 / 8 00 / 8 / / 8 0 / 7 0 / 8 PERE / T

5 Product Overview PERE / T 0 / 9 0 / 9 90 / 90 / 87 / 8 / 8 0 / 0 / 9 0 / 8 0 / / 8 00 / 8 0 / 70 / / V --, V P--0, P7--0 TYRITOR / IOE OUE -V -0V V --, 7-- 8, 78 --, 7-- 0, 70 -V --0, , , , , , 7-- -V P--07, P V --, , / 9 0 / 9 90 / 90 / 87 / 8 / 8 0 / 0 / 9 0 / 8 0 / / 8 00 / 8 0 / 70 / / 8 ustom IGT ssemblies ssemblies iode iode PERE / T i I-

6 I- Product Overview PERE / T IOE / IOE OUE -000V -000V -V -V -V -V V 00 / / / / 0 7 / PZ7R700W / 90 / 9 / 0 / / 0 0 / PZ8RW 70 / 0 / 90 / 90 / 0 / PZ9R900W 70 / 0 / 0 PZ9R900W PZ9R900W 8 / 9 / PZ00W 70 / 0 / PZR00W PZR00W / PZR00W TYRITOR / IOE (POW-R-RI ) OTROE R / IOE OUE U OTROE R / R OUE 0-000V -V -0V -V -V -000V PZ8TW 0-000V PZ9T900W -V PZ7T700W -0V 00-V -V -V -00V PZ9900W PZ7700W PZ7700W PZ8TW PZ7T700W PZ9900W PZ9900W PZ9T900W PZ8TW PZ9T900W PZ00W PZT00W OTROE IOE / R OUE 0-000V -V -0V -V -V P7Z7700W P7Z7700W P7Z9900W P7Z9900W P7Z9900W P7Z00W 00 / / / / 0 7 / / 90 / 9 / 0 / / 0 0 / 70 / 0 / 90 / 90 / 0 / 70 / 0 / 0 8 / 9 / 70 / 0 / / PERE / T

7 iode Type V R / V RR (VR = V RR + 00V) I (av) /T / I (R) I (0ms, Tj(max), EUROPE sec (0ms, Tj(max), I (8.ms, Tj(max), 00% VRR Reapplied) ORT ERI sec (8.ms, Tj(max), 00% VRR Reapplied) V /I / (Tj(max)) V TO (Tj(max)) R T mω (Tj(max)) R th(j-c) /W R th(c-s) /W T j(max) Outline rawings umber Page ingle iode P P / 0 / 9 0 / 07 / 0 0 / / ,0,9,000,000,00,00 0,90 7, 0,000,000. x 0.9 x 0 8. x 0. x 0,,,000,000 7,,000 7,07,9 0,000.8 x 0 9. x 0.7 x 0.0 / /.90 / (º). / 0. / 000 (º) 0. / 000 (º) I- I- I- I- Type V R / V RR (VR = V RR + 00V) I (av) /T / I (R) I (0ms, Tj(max), EUROPE sec (0ms, Tj(max), I (8.ms, Tj(max), ORT ERI sec (8.ms, Tj(max), V /I / (T j = ) V TO (Tj(max)) R T mω (Tj(max)) R th(j-c) /W R th(c-s) /W T j(max) Outline rawings umber Page igh Voltage ingle iode odule QR00,000 0 / 0,000. x 0,.0 x 0.89 / I- ingle iode igh Voltage ingle iode odule , 8--, P--0, P-- QR00 + ustom IGT ssemblies ssemblies iode iode i I-7

8 I-8 iode Type V R / V RR (VR = V RR + 00V) I (av) /T / I (R) EUROPE I sec (0ms, Tj(max), (0ms, Tj(max), ORT ERI I V /I V TO R T Outline sec (8.ms, Tj(max), (8.ms, Tj(max), / mω R th(j-c) R th(c-s) T j(max) rawings 00% VRR Reapplied) 00% VRR Reapplied) (Tj(max)) (Tj(max)) (Tj(max)) /W /W umber Page ual iode P P / / 0 00 / 0 / 00 0 / 99 0 / 9 0 / 90 0 / 0 0 / 0 / 0 0 / 0 0 / 07 / / / ,000, T,000,,,70 7,,000,000,000,00,00,700 0,0 0,000 0,890 T,000 7, 7,,90,000 70,000 70,000 0,000. x 0.9 x 0 8. x 0,,089 T,,8,8,79,000 8,000 8,000 8,0,000,000 8,000 9,00 7,07 8,90 T,000 9,8 9,8 7,70 0,000,7,7 97,0 0,000.8 x 0. x 0. x 0.0 / 00. / 0 (º). / 00 (º).08 /. / (º). / (º).90 / (º). / 0. / 0. / 0. / 0.90 /. / 0. / / I- I-7 I-9 I- I-7 I-7 I-7 ual iode () () () --99, --99, 99, --, --, --, --, --, --, --0, 8--, P--0, P--

9 iode Type V R / V RR (VR = V RR + 00V) I (av) /T / I (R) I (0ms, Tj(max), EUROPE sec (0ms, Tj(max), I (8.ms, Tj(max), ORT ERI sec (8.ms, Tj(max), V /I / (T j = ) V TO (Tj(max)) R T mω (Tj(max)) R th(j-c) /W R th(c-s) /W T j(max) Outline rawings umber Page igh Voltage ual iode odule QR00,00 0 / 0,000. x 0,.0 x 0. / I- Thyristor Type V R / V RR (VR = V RR + 00V) I T(av) /T / I T(R) I T (0ms, Tj(max), EUROPE sec (0ms, Tj(max), ORT ERI I T V T /I T V TO R T di/dt Outline sec (8.ms, Tj(max), (8.ms, Tj(max), / mω /µsec dv/dt R th(j-c) R th(c-s) T j(max) rawings 00% VRR Reapplied) 00% VRR Reapplied) (Tj(max)) (Tj(max)) (Tj(max)) (on-repetitive) /µsec /W /W umber Page ingle Thyristor P-- P / 7 0 / 00 / 8 0 / 8 0 / ,,000,00 7,0, x 0. x 0. x x 0,00,000 7,000 8,000,70, x 0.0 x 0 9. x 0. x 0. / 000 (º).77 / 0.9 / 0.0 / / 000 (º) T I- I- I- To locate the Optional athode & Gate ead its, go to page I-9 in this section. igh Voltage ual iode odule QR00 ingle Thyristor () --, --0, G 8--, P-- () ustom IGT ssemblies ssemblies iode iode i I-9

10 I-0 Thyristor Type V R / V RR (VR = V RR + 00V) I T(av)/T / I T(R) I T (0ms, Tj(max), EUROPE sec (0ms, Tj(max), ORT ERI I T V T/I T V TO R T di/dt Outline sec (8.ms, Tj(max), (8.ms, Tj(max), / mω /µsec dv/dt R th(j-c) R th(c-s) T j(max) rawings 00% VRR Reapplied) 00% VRR Reapplied) (Tj(max)) (Tj(max)) (Tj(max)) (on-repetitive) /µsec /W /W umber Page ual Thyristor P P / 0 / 9 90 / / 0 / / 8 / 8 0 / 9 0 / 7 0 / 89 0 / 8 0 / 00 / 8 00 / 8 / / ,,7,,870,90,90, 7,,,,000,00,00 0,0,70,0,,90, 7,,0 87,,000 87, 87, 0.7 x 0. x 0. x 0 8. x 0.9 x 0 70,70,70,,00,0, 8,,00 8, 8,,000 7,000 7,000 9,00 0,000,0 8,90 0,70 0,70 7,700 78,70,90 0,000,000,000, x 0.0 x 0.0 x 0. x 0.0 x 0. / 00.8 / 00.0 / / 70 (º) 0.99 / / (º).0 / (º).0 /. / 000 (º).0 /. /.77 / 0.9 / 0. / 0.0 / / T 00 T T T I- I- I- I-7 I- To locate the Optional athode & Gate ead its, go to page I-9 in this section. ual Thyristor and witches () (G) () () (G) () --0, --0, --90, --90, --, --, --, --, 8, --, --0, 0, 8--, P--0, P--07 ()

11 Thyristor Type V R / V RR (VR = V RR + 00V) I T(av) /T / I T(R) I T (0ms, Tj(max), EUROPE sec (0ms, Tj(max), I T (8.ms, Tj(max), 00% VRR Reapplied) ORT ERI V /I V TO R T di/dt Outline sec (8.ms, Tj(max), / mω /µsec dv/dt R th(j-c) R th(c-s) T j(max) rawings 00% VRR Reapplied) (T j = ) (Tj(max)) (Tj(max)) (on-repetitive) /µsec /W /W umber Page witches P--0 P / / ,0,70 8. x 0 9,00.9 x 0 0,000. x 0.7 / x 0.0 / witches () () (G) P--0, P--07 () (G) () () ustom IGT ssemblies ssemblies iode iode i I-

12 I- Thyristor / iode Type V R / V RR (VR = V RR + 00V) I T(av)/T / I T(R) I T (0ms, Tj(max), EUROPE sec (0ms, Tj(max), ORT ERI I T V T/I T V TO R T di/dt Outline sec (8.ms, Tj(max), (8.ms, Tj(max), / mω /µsec dv/dt R th(j-c) R th(c-s) T j(max) rawings 00% VRR Reapplied) 00% VRR Reapplied) (Tj(max)) (Tj(max)) (Tj(max)) (on-repetitive) /µsec /W /W umber Page --0, , , , , , , , , 7-- 8, 78 --, , , 70 P--07, P7--07 P--0, P / 9 0 / 9 90 / / 0 / / 8 / 8 0 / 9 0 / 89 0 / 8 0 / / 8 00 / / 8 / ,,7,,870,90,90,,,,000,00,00 0,000,0,0,,90, 7,,0 87, 87, 87, 0.7 x 0. x 0. x x x 0 70,70,70,,00,0, 8, 8, 8,,000 7,000 7,000 0,000 9,00,0 8,90 0,70 0,70 7,700 78,70,90 0,000,000, x 0.0 x 0.0 x 0.0 x 0. x 0. / 00.8 / 00.0 / / 70 (º) 0.99 / 00 (º).70 / (º).0 / (º).0 /.0 /. /.77 / 0.9 / 0. / 0.0 / / T 00 T T I- I- I- I- To locate the Optional athode & Gate ead its, go to page I-9 in this section. Thyristor, iode () () () (G) Thyristor () iode --0, --0, --90, --90, --, --, --, --, 8, --, --0, 0, P--07, P--0, iode, Thyristor () (G) () () iode () Thyristor 7--0, 7--0, 7--90, 7--90, 7--, 7--, 7--, 7--0, 70, 7--, 7--, 78, P7--07, P7--0

13 Thyristor / iodes (POW-R-RIs ) Type iode / iode PZ7R700W_ PZ8RW_ PZ9R900W_ PZ9R900W_ PZ9R900W_ PZ00W_ PZR00W_ PZR00W_ PZR00W_ PZ7700W_ PZ7700W_ PZ9900W_ PZ9900W_ PZ9900W_ PZ00W_ V R / V RR (VR = VRR + 00V) alf ontrolled R / iode PZ8TW_ PZ7T700W_ PZ9T900W_ PZ7T700W_ PZ8TW_ PZ8TW_ PZ9T900W_ PZ9T900W_ PZT00W_ P7Z7700W_ P7Z7700W_ P7Z9900W_ P7Z9900W_ P7Z9900W_ P7Z00W_ ull ontrol R / R alf ontrolled iode / R I T(av)/T / / 0 / 0 90 / 0 70 / 0 / 0 9 / 70 / 0 / / / 9 / 0 / 0 / 90 / 8 / 00 / / / 7 / 90 / 0 / 70 / / 8 / / 9 / 0 / 0 / 90 / 8 / aximim Power issipation (Watts) E - I T/I 7,000,000 0,000 0,000,000 0,000,000 7,000,000,000 0,000,000,000 7,000,000,000,000,000,000 E - I T/I 7,000,000 0,000 0,000,000,000,000,000,000,000 0,000,000,000 7,000,000 0,000,000 7,000,000 Gate V gt Gate I gt m di/dt /µsec (on-repetitive) dv/dt /µsec R th(j-c) /W (Per odule) R th(c-s) /W (Per odule) R th(c-a) /W (Per odule) T j(max) Outline rawings umber Page iode / iode Element Element PZ7R700W_, PZ8RW_, PZ9R900W_, PZ9R900W_, PZ9R900W_, PZ00W_, PZR00W_,PZR00W_, PZR00W_ R / iode Element Element PZ7700W_, PZ7700W_, PZ9900W_, PZ9900W_, PZ9900W_, PZ00W_ R / R Element Element PZ7T700W_, PZ7T700W_, PZ8TW_, PZ8TW_, PZ8TW_, PZ9T900W_, PZ9T900W_, PZ9T900W_, PZT00W_ iode / R Element Element P7Z7700W_, P7Z7700W_, P7Z9900W_, P7Z9900W_, P7Z9900W_, P7Z00W_ ustom IGT ssemblies ssemblies iode iode i I-

14 I- --99, --0, --0, --90, --0, --0, --90, 7--0, 7--0, 7--90, *--99,,, 7, *,, 8, 8 G U ( PE) * 7 T ( PE) J G E * 7 E G T J J ( PE) ( PE) Q ( PE) P P Q R R TERI I OT PREET * P Q * TERI I OT PREET G J 0..0* 0..7* *oes not apply to --99 and * P Q. 9.* 0. x x 0.8* T 0.. U etric E G *oes not apply to --, and --. J etric * 0.8.0* P.0 7.0* Q. 9.0* R * 0..8* E G J *oes not apply to P 0 etric 0 Q 9. ia.. ia. 0.0 x 0.0. x 0.8* T.99 0.

15 P, P, P, P, P7, P, P,,, 7,,, 7, 8, 8 E R T G EE Q P--0, P--07, P--0, P--07, P--0, P--07, P7--0, P7--07 * U V W G G P-- X J Y G Z J G G 7 G G G J V E --, --, -- Q P T ( PE) U ( PE) W W R G Q - ( PE) E T - ( PE) J 7 P ( PE) 7 T - ( PE) * IE T OT PREET O P P EVIE R E G J..0* 0..* * P 0..7 Q.9. *oes not apply to P--, P--. R * T 0.8. U V.. W.9. X Y * Z EE * E G J *oes not apply to --, --, and P 0.7. Q 0..9 R T 8 etric 8 U 0. ia.. ia. V 0.0 x x 0.8* W E G J..0 *oes not apply to P 0 etric 0 Q 0. ia.. ia. R T 0.0 x 0.. x 0.8* ustom IGT ssemblies ssemblies iode iode i

16 I- 7 PZ7, PZ8, PZ9, PZ, PZ7, PZ9, PZ, PZ7, PZ8, PZ9, PZ, P7Z7, P7Z9, P7Z 8 QR00, QR00 G ( PE) TPPE OE X.0 EEP ( PE) / E - ( PE) (OR TYP. /-0 OET. R. & EEVIE PRIG WER) RIG: (TOE), / (OE) / (TOE), & (OE) OW G RIG: EVIE & IRETIO ORIG TO IRUIT OIGURTIO RT ( PE) RIG: PRX & TYE O. WIT TE OE (UTOER PRT O. OPTIO) (EE T EET IORTIO) E GTE (WITE) & TOE (RE) E. I. OG WIT.7 I. OG TRIPPE E EOR (WITE) E.. I. OG WIT.7 I. OG TRIPPE E Q P R P J ( PE) ( PE) J E OIZE PER I--8, TYPE II TI URE UT E PROTETE & OT GE Z Z7 / Z8 Z E 0.8 ia. 8. ia..±0.0 9.±0.8 G 7/- U-.. J E 0.8 ia. 8. ia..8±0.0.8±0.8 G /-8 U-.7. J E 0.8 ia. 8. ia..0±0.0.±0.8 G /8- U-. 8. J E G J 0.8 ia. 7. ia P Q R etric 8

17 E J ( PE) ( PE) ( PE) G ( PE) G U ( PE) G U ( PE) (TO T) G ia.. ia U etric G x x 0. U etric E G J etric 0. ia.. ia. ustom IGT ssemblies ssemblies iode iode i I-7

18 , , 7-- G E J ( PE) 7 ( PE) R G G G G J ( PE) ( PE) G E J ( PE) 7 ( PE) R E E G J etric 0. ia.. ia R 0.0 x 0..8 x E G J etric 0. ia.. ia E G ia.. ia. J etric

19 99 Optional ead its R, Q Optional ead its,, YEOW E E G U ( PE) ( PE) YEOW E RE E RE E OTRO E ET # RE E E G ia.. ia U etric. WIRE OPOITIO: WG, TIE OPPER TR WIRE WIT ETE IUTIO RTE TO. E OOR: RE (TOE) YEOW (GTE). OT WIT IUTE TERI, 7 (alf ontrol) Q it: Two Red & Two Yellow eads / odule (ull ontrol) R it: One Red & One Yellow ead / odule WIRE OPOITIO: WG, TIE OPPER TR WIRE WIT ETE IUTIO RTE TO. E OOR: RE (TOE) YEOW (GTE). RE E I POITIOE EXT TO EY O PORIZE OUIG.. REEPTE: EE TERI WIT OIG T IT. x.0 I. E YEOW E OTRO E ET #,,, P (ull ontrol) it: ead et & ead et - One Each / odule,,, (alf ontrol) it: ead et - One / odule 7, 7, 7, P (alf ontrol) it: ead et - One / odule 0. E ustom IGT ssemblies ssemblies iode iode i I-9