J 601 Search Results

j 411

Abstract: 600RJ 400BJ
Contextual Info: Terminal Block Accessories J & JS Jumpers Catalog # A J 410/J 411 0.41 J 600 0.62 J 601 0.71 J 602 0.91 J 603 1.13 J 604 1.38 J 605 1.75 J 621 0.69 JS 600 0.62 JS 601 0.71 JS 602 0.91 B C D E 0.25 0.19 0.09 0.10 0.38 0.25 0.12 0.16 0.45 0.31 0.15 0.19 0.56 0.37 0.18 0.27

Contextual Info: lOOOpFj 2KV ELECTRICAL SPECIFICATIONS: NDTES 1.0 TURNS RATIO: P 6 - P 5 - P 4 (P 3 -P 2 -P 1 ) : (J 6 -J 3 ) : (J 2 -J 1 ) 2 .0 INDUCTANCE: 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE: 5 .0 DC RESISTANCE: ( J 6 - J 3 ) = ( J 2 - J 1 ) ( P 6—

Contextual Info: lOOOpFj 2KV ELECTRICAL SPECIFICATIONS: NDTES 1 .0 TURNS RATIO: P 3 - P 5 - P 6 (P 1 -P 4 -P 2 ) : (J 3 -J 6 ) : (J 1 -J 2 ) 2 .0 INDUCTANCE : 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE : 5 .0 DC RESISTANCE: ( J 6 - J 3 ) = ( J 2 - J 1 ) (P 1 -P 2 )

Contextual Info: lOOOpFj 2KV ELECTRICAL SPECIFICATIONS: N D TE S 1 .0 TURNS RATIO: P 3 - P 5 - P 6 (P 1 -P 4 -P 2 ) : (J 3 -J 6 ) : (J 1 -J 2 ) 2 .0 INDUCTANCE : 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE : 5 .0 DC RESISTANCE: ( J 6 - J 3 ) = ( J 2 - J 1 )

Contextual Info: lOOOpFj £KV ELECTRICAL SPECIFICATIONS: N D TE S 1 .0 TURNS RATIO: P 6 - P 5 - P 4 (P 3 -P 2 -P 1 ) : (J 6 -J 3 ) : (J 2 -J 1 ) 2 .0 INDUCTANCE : 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE : 5 .0 DC RESISTANCE: ( J 6 - J 3 ) = ( J 2 - J 1 )

Contextual Info: lOOOpFj 2 K V ELECTRICAL SPECIFICATIONS: NDTES 1.0 TURNS RATIO: P 6 - P 5 - P 4 (P 3 -P 2 -P 1 ) : (J 6 -J 3 ) : (J 2 -J 1 ) 2 .0 INDUCTANCE: 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE: 5 .0 DC RESISTANCE: ( J 6 - J 3 ) = ( J 2 - J 1 ) ( P 6—- P 4)

AF03

Contextual Info: 1 ! 1 1 : 1 ELECTRICAL SPECIFICATIONS: NDTES 1.0 TURNS RATIO: P 3 - P 5 - P 6 (P 1 -P 4 -P 2 ) J 3 -J 6 J 1 -J 2 2.0 INDUCTANCE: 3.0 LEAKAGE INDUCTANCE: 4.0 INTERWINDING CAPACITANCE: 5.0 DC RESISTANCE: ( J 6 - J 3 ) = (J 2 -J 1 ) ( P 1 -P 2 ( P 3 -P 6

Contextual Info: lOOOpFj £KV ELECTRICAL SPECIFICATIONS: NO TES 1 .0 TURNS RATIO: P 6 - P 5 - P 4 (P 3 -P 2 -P 1 ) : (J 6 -J 3 ) : (J 2 -J 1 ) 2 .0 INDUCTANCE : 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE : 5 .0 DC RESISTANCE: ( J 6 - J 3 ) = ( J 2 - J 1 ) (P 6 -P 4 )

Contextual Info: lOOOpFj 2 K V ELECTRICAL SPECIFICATIONS: NDTES 1.0 TURNS RATIO: P 6 - P 5 - P 4 (P 3 -P 2 -P 1 ) : (J 6 -J 3 ) : (J 2 -J 1 ) 2 .0 INDUCTANCE: 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE: 5 .0 DC RESISTANCE: ( J 6 - J 3 ) = ( J 2 - J 1 ) ( P 6—

Contextual Info: .OOluF SHIELDo- 1 ! 1 75 -AA/V 1 : 1 75 -AA/V- ELECTRICAL SPECIFICATIONS: NDTES 1.0 TURNS RATIO: P 8 - P 6 - P 7 (P 2 -P 3 -P 1 ) : (J 6 -J 3 ) : (J 2 -J 1 ) 2 .0 INDUCTANCE: 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE: 5 .0 DC RESISTANCE: ( J 6 - J 3 ) = ( J 2 - J 1 )

Contextual Info: jsrm _ Jsÿ^Ô_ NOTES: 1.0 PINS NOT ELECTRICALLY CONNECTED ARE OMITTED. ELECTRICAL SPECIFICATIONS: 1.0 INDUCTANCE: P 1 - J 1 = P 2 -J 2 ; P 4 - J 4 = P 5 -J 5 2.0 DC RESISTANCE: P 1 -J 1 P 2 -J 2 P 4 -J 4 P 5 -J 5 .5 .5 .5 .5 3.0 COMMOM MODE: FREQUENCY iMHzl

Contextual Info: lOOOpFj 2K V ELECTRICAL SPECIFICATIONS: NDTES 1 .0 TURNS RATIO : P 3 - P 5 - P 6 (P 1 -P 4 -P 2 ) : (J 3 -J 6 ) : (J 1 -J 2 ) 2 .0 INDUCTANCE: 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE : (P 6 ,P 5 ,P 3 ) TO (J 6 .J 3 ) (P 2 ,P 4 ,P 1 ) TO (J 2 .J 1 )

Contextual Info: SERIES 23 Part number index 050-301-01-R. J-6 050-301-01-T. J-6 050-301-02-R. J-6 050-301-02-T. J-6 050-301-03-R. J-6

Contextual Info: 1 ° lauuJ arm tauuU < nm NOTES: 1.0 PINS NOT ELECTRICALLY CONNECTED ARE OMITTED. ELECTRICAL SPECIFICATIONS: 1.0 INDUCTANCE: P 1 -J 1 = P 2 -J 2 ; P 4 -J 4 = P 5 -J 5 2.0 DC RESISTANCE: P 1-J1 P 2 -J 2 P 4 -J 4 P 5 -J 5 3.0 COMMOM MODE: : : : : FREQUENCY 'MHz'

TR 7512

Contextual Info: 1 lauuJ arm tauuU <nm ° NOTES: 1.0 PINS NOT ELECTRICALLY CONNECTED ARE OMITTED. ELECTRICAL SPECIFICATIONS: 1.0 INDUCTANCE: P 1 -J 1 = P 2 -J 2 ; P 4 -J 4 = P 5 -J 5 65 uH 0.01V, 10 KHz, nominal. 2.0 DC RESISTANCE: P 1-J1 P 2 -J 2 P 4 -J 4 P 5 -J 5 .5

Contextual Info: 1 u bum arm fauuu srm NOTES: 1.0 PINS NOT ELECTRICALLY CONNECTED ARE OMITTED. ELECTRICAL SPECIFICATIONS: 1.0 INDUCTANCE: P 1 -J 1 = P 2 -J 2 ; P 4 -J 4 = P 5 -J 5 2.0 DC RESISTANCE: P 1-J1 P 2 -J 2 P 4 -J 4 P 5 -J 5 3.0 COMMOM MODE: : 65 uH 0.01V, 10 KHz, nominal.

Contextual Info: b U - K ENG.No. s TRADE MARK BSC □ axi j ¿601 S CD s e e e © O 00 J^=L J=i=L J^=L J=i=L J^=L J=i=L J^=L w T+T t ^t T+T T^T T+T i^-r Tj=T V ntrf ©- © 1^ 1 — — © 4 1 © IL+J © IL+JJ © IL+JI 1© w m w ^ y 14 S I4CKT. 7\ \ - i \ CO RE HOLE FOR POW ER LIN E

Contextual Info: ELECTRICAL SPECIFICATIO NS: NDTES 1.0 T U RN S RATIO: P 2 - P 3 - P 1 (P 6 - P 4 - P 5 ) : (J 6 — : (J 2 — 2.0 INDUCTANCE: 3.0 LEAKAGE INDUCTANCE: 4.0 INTERWINDING CAPACITANCE: 5.0 DC RESISTANCE: ( J 6 - J 3 ) = ( J 2 - J 1 ) (P 6 -P 4 )= (P 4 -P 5

Contextual Info: ELECTRICA L SPECIFICATIONS' NDTES 1.0 TURNS RATIO P 6 - P 8 - P 3 i ( J 6 - J 3 ) ! 1CT ! 1 ± 3 / (P 2 -P 7-P 1) i (J 2 - J 1 ) ! 1CT ! 1,4 ± 37. 2.0 INDUCTANCE <P6-P3)=< J 6 - J 3 ) : 200uH MIN, & 0,01V, lOKHz : lOOuH MIN, @ 0,01V, lOKHz (P2-P1) 3.0 LEAKAGE INDUCTANCE

Contextual Info: 1000 pFj £KV PINS 48,5 o- ELECTRICAL SPECIFICATIONS: NOTES : J 6 -J 3 : (J 2 -J 1 ) 1.0 PINS WITHDUT ELECTRICAL CDNNECTIDN ARE DMITTED, 1 .0 TURNS RATIO: ( P 8 - P 6 - P 7 ) (P 2 -P 3 -P 1 ) 2 .0 INDUCTANCE: 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE : (P 8 .P 6 .P 7 ) TO (J 6 .J 3 )

Contextual Info: lOOOpF, 2KV 1 : 1 75 & 75 IJ8 NOTES: IJ 7 —vw- IJ6 1.0 IJ 5 1 : 1 IJ 4 IJ3 75 J P IN S WITHOUT ELECTRICAL CONNECTION A R E OMITTED. IJ2 - j ir r r r \ _ IJ1 ELECTRICAL SPECIFICATIONS: 1.0 TURNS RATIO: P 1 - P 3 - P 2 : ( J 6 -J 3 ) ( P 8 - P 6 ) : ( J 2 -J 1 )

Contextual Info: lOOOpFj 2 K V ELECTRICAL SPECIFICATIO NS: NDTES 1.0 T U RN S RATIO: P 6 - P 5 - P 4 : ( J 6 - J 3 ) (P 3 - P 2 -P 1 ) : (J2 -J1 ) 1CT : 1C T ± 3 % 1CT : 1CT ± 3 % 2.0 INDUCTANCE: 350uH 350uH 3.0 LEAKAGE INDUCTANCE: 4.0 INTERWINDING CAPACITANCE: 5.0 DC RESISTANCE: ( J 6 - J 3 ) = (J 2 - J 1 )

QM20TD-9

Contextual Info: I MITSUBISHI TRANSISTOR MODULES ! QM20TD-9 | MEDIUM POWER SWITCHING USE j INSULATED TYPE I I QM20TD-9 • te • VCEX • hFE Collector current. 20A j Collector-emitter voltage. 500V j DC current gain.75 j

Contextual Info: ,0 0 1 u F S H IE L D o - 1 ! 1 75 -A /W 1 : 1 75 •AAAr ELECTRICAL SPECIFICATIONS: NDTES 1.0 TURNS RATIO: P 8 - P 6 - P 7 (P 2 - P 3 - P 1 ) : (J 6 : (J 2 — 2 .0 INDUCTANCE: 3 .0 LEAKAGE INDUCTANCE: 4 .0 INTERWINDING CAPACITANCE: 5 .0 DC RESISTANCE: ( J 6 - J 3 ) = ( J 2 - J 1 )