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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1114AMJ Linear Technology IC QUAD OP-AMP, 120 uV OFFSET-MAX, 0.75 MHz BAND WIDTH, CDIP14, 0.300 INCH, CERDIP-14, Operational Amplifier
LT1112AMJ8 Linear Technology IC DUAL OP-AMP, 120 uV OFFSET-MAX, 0.75 MHz BAND WIDTH, CDIP8, 0.300 INCH, CERDIP-8, Operational Amplifier
LT1128AMJ8 Linear Technology IC OP-AMP, 120 uV OFFSET-MAX, 20 MHz BAND WIDTH, CDIP8, 0.300 INCH, HERMETIC SEALED, CERDIP-8, Operational Amplifier
LT1078CS8 Linear Technology IC DUAL OP-AMP, 120 uV OFFSET-MAX, PDSO8, 0.150 INCH, PLASTIC, SO-8, Operational Amplifier
LT1211MN8 Linear Technology IC DUAL OP-AMP, 120 uV OFFSET-MAX, PDIP8, PLASTIC, DIP-8, Operational Amplifier
LT1028AMH Linear Technology IC OP-AMP, 120 uV OFFSET-MAX, 75 MHz BAND WIDTH, MBCY8, METAL CAN, TO-5, 8 PIN, Operational Amplifier
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New Age Enclosures
P1A-120704 USB Key; White
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Allied Electronics & Automation P1A-120704 Bulk 0 50 - - $2.25 $2.25 $2.25 Get Quote
Line Electric Company
LGP-1A-120
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Master Electronics LGP-1A-120 2 $155.7 $147.91 $132.35 $132.35 $132.35 Buy Now

P1A/120 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
4532a

Abstract: 1812-P1A-121 4532 a
Text: . Rated Current mA Max. BMB 0603-P1A-600 60 0.10 500 BMB 0603-P1A-121 120 0.20 500 BMB 0805-P1A-600 60 0.02 3000 BMB 0805-P1A-121 120 0.03 2500 BMB 0805-P2A-121 120 0.02 5000 BMB 0805-P1A-601 600 0.30 500 BMB 1206-P1A-500 50 0.02 3000 BMB 1206-P2A-500 50 0.01 6000 BMB 1206-P1A-121 120 0.03 3000 BMB 1206 , 6000 BMB 1812-P1A-121 120 0.03 3000 BMB 1812-P2A-121 120 0.02 6000 BMB 1812


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eb31

Abstract: P2A13 D2688 16k x 1 ram
Text: , 20MHz and 25MHz IDT79R3000 · Available in a high-density, low profile 120 -pin QIP (quad In-line package , (30) GND 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 104 103 102 101 100 99 98 , DIMENSIONS 120 -PIN QIP 2.9 2.7 ooloo 3.0 O 0 00 popo oo o 3.0 S13-137


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PDF IDT79R3000 12MHz, 20MHz 25MHz IDT79R3000 120-pin 7MB6049 IDT7MB60be DSC-7044/- eb31 P2A13 D2688 16k x 1 ram
D480

Abstract: No abstract text available
Text: in a high-density, low profile 120 -pln QIP (quad in-line package) · Surface mounted SOIC components , GND 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 104 103 102 101 100 99 98 97 96 , r CACHE MODULE FOR IDT79R3000 CPU (MULTIPROCESSOR) PACKAGE DIMENSIONS 120 -PIN QIP 7~ H lo -Z 3


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PDF IDT79R3000 12MHz, 20MHz 25MHz IDT79R3000 120-pln DSC-7044/- S13-135 SS771 D480
1998 - Semikron 50 04 a3

Abstract: Semikron skd 50/04 Semikron SKB 50/02 a3 semikron skd 50/08 SKB 7 04 SKB 7 08 semikron skd 50/02 SKB 7 / 12 SKB 7 02 Semikron SKB 7 /04
Text: 0,2 0,4 0,6 0,7 0,8 Symbol Conditions ID Tamb = 45 °C;isolated1) chassis2) P1A/ 120 Tamb = 35 °C;P1A/ 120 F IDCL Tamb = 45 °C;isolated1) chassis2) P1A/ 120 Tamb = 35 °C;P1A/ 120 F IFSM , 150 °C; VRD = VRRM trr Tvj = 25 °C fG Rthjc total Rthch total Rthja Tamb = 35 °C; P1A/ 120 F isolated1) chassis2) P1A / 120 Tvj Tstg a.c. 50.60 Hz; r.m.s., 1 s / 1 min Visol RC PR = 1 W Fu


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PDF P1A/120 P1A/120 Semikron 50 04 a3 Semikron skd 50/04 Semikron SKB 50/02 a3 semikron skd 50/08 SKB 7 04 SKB 7 08 semikron skd 50/02 SKB 7 / 12 SKB 7 02 Semikron SKB 7 /04
Not Available

Abstract: No abstract text available
Text: circuit resistance of > 3Q/V Dissipation factor: (at 120 Hz and +20°C) See table Failure rate (A , ­ dance at 100 kHz +20°C z max. Dissipa­ tion factor at 120 Hz +20°C Article-No. tan , factor at 120 Hz +20°C Article-No. tan 8 max. a 0,6 0,10 P6N 157010 M 00 P6P , - V- mm mm Impe­ dance at 100 kHz +20°C Dissipa­ tion factor at 120 Hz +20°C , value) + 120 temperature [°C] Diagram 2: Capacitance change versus frequency (standard value


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1998 - semikron skb 30

Abstract: SKB 7 04 Semikron SKD 30/04 a 1 SKB 7 02 skb 33 02 SKB 7 08 semikron skd 30/16 A1 SKB 7 / 12 Semikron SKB 7 /04 Semikron SKB 25 /04
Text: 0,5 0,75 0,9 1 Symbol Conditions ID Tamb = 45 °C;isolated1) chassis2) P5A/100 R4A/ 120 P1A/ 120 Tamb = 35 °C;P1A/ 120 F Tamb = 45 °C;isolated1) IDCL chassis2) P5A/100 P1A/ 120 Tamb = 35 °C; P1A/ 120 F IFSM Tvj = 25 °C, 10 ms Tvj = 150 °C, 10 ms i2t Tvj = 25 °C, 8,3.10 ms Tvj = , isolated1) chassis2) P5A/100 P1A/ 120 Tvj Tstg Visol a.c. 50.60 Hz; r.m.s.; 1 s / 1 min RC PR = 1


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PDF P5A/100 R4A/120 P1A/120 P1A/120 semikron skb 30 SKB 7 04 Semikron SKD 30/04 a 1 SKB 7 02 skb 33 02 SKB 7 08 semikron skd 30/16 A1 SKB 7 / 12 Semikron SKB 7 /04 Semikron SKB 25 /04
1997 - Semikron SKBA b 500 c 1400

Abstract: Semikron SKB B 500 1400 Semikron SKB b 500 Semikron SKB C3200/2200 Semikron SKB L5b Semikron SKB 2/08 Semikron SKB 2/12 Semikron SKB 250/220 Semikron SKD 30/04 a 1 Semikron SKB 2/02
Text: © by SEMIKRON V 120 400 800 1000 1200 V 40 125 250 380 500 Miniature Bridge , 0,85 V rT Tvj = 150 °C 100 m 60 mA IRD Tvj = 25 °C; VRD = VRRM = 120 V 400 V VRD = V(BR)min 20 µA 5 µA 5 µA Tvj = 150 °C; VRD = VRRM = 120 V 400 V 1 mA 0,6 mA , ,15 0,3 0,5 0,7 1 1,2 1,5 Symbol Conditions ID Tamb = 45 °C; isolated1) chassis2) R4A/ 120 P1A/ 120 IDCL Tamb = 45 °C; isolated1) chassis2) R4A/ 120 P1A/ 120 IFSM Tvj = 25 °C, 10 ms Tvj =


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1997 - Semikron SKD 30/04 a 1

Abstract: semikron skb 30 Semikron SKD 30/02 a 1 SKB 7 02 SKB 7 04 Semikron SKB 25 /04 Semikron SKB b 500 Semikron SKB 7 02 SKB 30 / 02 SKB 7 08
Text: 0,5 0,75 0,9 1 Symbol Conditions ID Tamb = 45 °C;isolated1) chassis2) P5A/100 R4A/ 120 P1A/ 120 Tamb = 35 °C;P1A/ 120 F IDCL Tamb = 45 °C;isolated1) chassis2) P5A/100 P1A/ 120 Tamb = 35 °C; P1A/ 120 F IFSM Tvj = 25 °C, 10 ms Tvj = 150 °C, 10 ms 2 i t Tvj = 25 °C, 8,3.10 ms Tvj = , isolated1) chassis2) P5A/100 P1A/ 120 Tvj Tstg a.c. 50.60 Hz; r.m.s.; 1 s / 1 min Visol RC PR = 1


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PDF P5A/100 R4A/120 P1A/120 P1A/120 Semikron SKD 30/04 a 1 semikron skb 30 Semikron SKD 30/02 a 1 SKB 7 02 SKB 7 04 Semikron SKB 25 /04 Semikron SKB b 500 Semikron SKB 7 02 SKB 30 / 02 SKB 7 08
1997 - Semikron 50 04 a3

Abstract: Semikron SKB 7 /04 SKB 7 04 semikron skd 50/08 Semikron SKB 50/02 a3 skb 50/04 a3 SKB 7 02 semikron skd 50/04 Semikron SKB 50/16 A3 Semikron SKB b /02 a 4
Text: ,8 Symbol Conditions ID Tamb = 45 °C;isolated1) chassis2) P1A/ 120 Tamb = 35 °C;P1A/ 120 F IDCL Tamb = 45 °C;isolated1) chassis2) P1A/ 120 Tamb = 35 °C;P1A/ 120 F IFSM Tvj = 25 °C, 10 ms , VRRM trr Tvj = 25 °C fG total Rthjc Rthch total Rthja Tamb = 35 °C; P1A/ 120 F isolated1) chassis2) P1A / 120 Tvj Tstg Visol a.c. 50.60 Hz; r.m.s., 1 s / 1 min RC PR = 1 W Fu M1 to


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PDF P1A/120 P1A/120 Semikron 50 04 a3 Semikron SKB 7 /04 SKB 7 04 semikron skd 50/08 Semikron SKB 50/02 a3 skb 50/04 a3 SKB 7 02 semikron skd 50/04 Semikron SKB 50/16 A3 Semikron SKB b /02 a 4
roederstein tantalum

Abstract: 70511 roederstein capacitor tantalum Roederstein ZR4040-2.5 LM136-2.5
Text: . See table (restricted leakage current values upon request). Dissipation factor: (at 120 Hz and +20°C , Impedance at 100 kHz +20°C Dissipation factor at 120 Hz +20°C Article-No. Cr Up Uc D max. h max. h2 max , after 5 min. at +20°C Impedance at 100 kHz +20°C Dissipation factor at 120 Hz +20°C Article-No. (0 O , 100 kHz +20°C Dissipation factor at 120 Hz +20°C Article-No. n O Cr Ur Uc D max. H max. Hz max. RM , +80 +100 + 120 temperature [°C] x> 0,08 0,07 2 0,06 0,05 0,04 0,03 0,02 0.01


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PDF 7fl21b24 roederstein tantalum 70511 roederstein capacitor tantalum Roederstein ZR4040-2.5 LM136-2.5
pd1724

Abstract: CSBLA1M00J58 nec 9709 PROM32 S30MC-65-5A4-2 K16384 nec 17241 PD17P246M1MC-5A4
Text: pF VDD MHz CSBLA1M00J58-B0 C1 C2 MIN. MAX. 1.0 120 120 2.0 3.6 , -103-2 125 10 VPS 215 40200 VP15-103-2 125 10 260 10 WS60-103-1 120 MAX


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PDF PD17P246 PD17P246PD17246ROMPROM PD17P246PD17240, PD17240, PD172× U12795J 17246PROM PROM32 K16384 pd1724 CSBLA1M00J58 nec 9709 S30MC-65-5A4-2 nec 17241 PD17P246M1MC-5A4
PROM32

Abstract: CSBLA1M00J58 nec 17241 AF9706
Text: pF VDD MHz CSBLA1M00J58-B0 C1 C2 MIN. MAX. 1.0 120 120 2.0 3.6 , -103-2 125 10 VPS 215 40200 VP15-103-2 125 10 260 10 WS60-103-1 120 MAX


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PDF PD17P246 PD17P246PD17246ROMPROM PD17P246PD17240, PD17240, PD172× U12795J 17246PROM PROM32 K16384 CSBLA1M00J58 nec 17241 AF9706
semikron skd

Abstract: semikron skd 50 semikron skd 40 semikron skd 32 semikron skd 100 SKD83 SKD53 c1813 skd 33/08 SKD5308
Text: 3) 16 18 20 A P5A/100 24 27 32 A R4A/ 120 25 29 34 A P1A/ 120 34 39 48 A Tamb = 35 °C, P1A , °C/W Rthja chassis 3) 3,02 2,92 2,83 °C/W P5A/100 1,77 1,67 1,58 °C/W R4A/ 120 1,67 1,57 1,48 °C/W P1A/ 120 1,12 1,02 0,93 °C/W P1A/120F 0,67 0,57 0,48 °C/W Tvj 40 . + 150 °C Tstg


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PDF P5A/100 R4A/120 P1A/120 P1A/120F SKD53 SKD83 semikron skd semikron skd 50 semikron skd 40 semikron skd 32 semikron skd 100 c1813 skd 33/08 SKD5308
1997 - semikron skd SKD 31/16 semikron skd 31

Abstract: semikron skd 31 diode p1a semikron skd SKD 31/16 P1A/120 semikron skd 31/16 tip 31 power transistor motor dc B1-126
Text: VRSM VRRM 200 V 400 V 800 V 1200 V 1400 V 1600 V SEMIPONT® 1 Power Bridge Rectifiers ID (Tcase = 100 °C) 31 A SKD 31/02 SKD 31/04 SKD 31/08 SKD 31/12 SKD 31/14 SKD 31/16 Symbol Conditions SKD 31 SKD 31 Tcase = 85 °C 44 A Tamb = 45 °C, isolated1) 5,3 A chassis2) 17 A P5A/100 ID 26 A R4A/ 120 , P13A/125 P1A/ 120 27 A 32 A Tamb = 35 °C, P1A/ 120 F , °C/W max. 1, 75 V 0,2/2 mA chassis2) 3 °C/W P5A/100 1,85 °C/W P1A/ 120 ­ 40


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PDF P5A/100 R4A/120, P13A/125 P1A/120 P1A/120 C/125 Nm/18 B11-26 semikron skd SKD 31/16 semikron skd 31 semikron skd 31 diode p1a semikron skd SKD 31/16 semikron skd 31/16 tip 31 power transistor motor dc B1-126
P2A2

Abstract: IDT74FCT244
Text: IDT79R3000 · Available in a high density, low profile 120 -pin QIP (Quad-In-Line Package) · Surface mounted SO , ) P2A(4) P2LE1 P2A(6) P2A(8) P2A(10) P2A(12) P20E(1) D(46) D(44) D (42) D(40) 120 119 118 117 116


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PDF IDT79R3000 IDT7MB6049 240K-Byte 12MHz, 20MHz, 25MHz, 33MHz IDT79R3000 120-pin P2A2 IDT74FCT244
1998 - SKB 7 02

Abstract: SKB 7 04 SKB 7 / 12 Semikron SKB 26/02 Semikron SKB B 500 1400 SKB 7 08 Semikron SKB 7 /04 Semikron SKB 26/08 Semikron SKB 26/12 skb 7 12
Text: ./inductive load Tamb = 45 °C; isolated1) chassis2) P5A/100 P1A/ 120 Tamb = 45 °C; isolated1) chassis2) P5A/100 P1A/ 120 22 3,5 10 13,5 17 3 9,5 11,5 14 A A A A A A A A A Tvj = 25 , ) chassis2) P5A/100 P1A/ 120 Visol RC a.c. 50.60 Hz; r.m.s.; 1 s / 1 min PR = 1 W M1 case to


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PDF P5A/100 P1A/120 SKB 7 02 SKB 7 04 SKB 7 / 12 Semikron SKB 26/02 Semikron SKB B 500 1400 SKB 7 08 Semikron SKB 7 /04 Semikron SKB 26/08 Semikron SKB 26/12 skb 7 12
1998 - semikron skd

Abstract: semikron skd 50 Semikron SKD 26 16
Text: Symbol Conditions ID, IDCL (Th 1) = . . . °C) Tamb = 45 °C; isolated 2) chassis 3) P5A/100 R4A/ 120 P1A/ 120 Tamb = 35 °C, P1A/120F IFSM i2t VF V(TO) rT IRD Rthjh Rthja Tvj = 25 °C; 10 ms , total isolated 2) chassis 3) P5A/100 R4A/ 120 P1A/ 120 P1A/120F Tvj Tstg Visol Tsolder M1


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PDF P5A/100 R4A/120 P1A/120 P1A/120F semikron skd semikron skd 50 Semikron SKD 26 16
1998 - SKB 7 04

Abstract: SKB 7 08 Semikron SKB 25/12 SKB 7 02 Semikron SKB 25/02 Semikron SKB 7 /04 Semikron SKB 7 02 skb 7 12 SKB 7 / 12 Semikron SKB 25 /04
Text: VRSM VRRM V 100 200 400 600 800 1200 1400 1600 17 A = (75 °C) Types SKB 25/01 SKB 25/02 SKB 25/04 SKB 25/06 SKB 25/08 SKB 25/12 SKB 25/14 SKB 25/16 ID (Tcase = .) Rmin 0,1 0,15 0,3 0,5 0,7 1 1,2 1,5 Symbol Conditions ID Tamb = 45 °C; isolated1) chassis2) R4A/ 120 P1A/ 120 Tamb = 45 °C; isolated1) IDCL chassis2) R4A/ 120 P1A/ 120 IFSM Tvj = 25 °C, 10 , VRRM Tvj = 25 °C trr fG total Rthjc total Rthch Rthja isolated1) chassis2) R4A/ 120 P1A/ 120


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PDF R4A/120 P1A/120 SKB 7 04 SKB 7 08 Semikron SKB 25/12 SKB 7 02 Semikron SKB 25/02 Semikron SKB 7 /04 Semikron SKB 7 02 skb 7 12 SKB 7 / 12 Semikron SKB 25 /04
1998 - b1128

Abstract: semikron skd SKD 31/16 semikron skd 31 semikron skd 31 semikron skd 50
Text: VRSM VRRM 200 V 400 V 800 V 1200 V 1400 V 1600 V SEMIPONT® 1 Power Bridge Rectifiers ID (Tcase = 100 °C) 31 A SKD 31/02 SKD 31/04 SKD 31/08 SKD 31/12 SKD 31/14 SKD 31/16 Symbol Conditions SKD 31 Tcase = 85 °C ID SKD 31 44 A Tamb = 45 °C, isolated 1) 5,3 A 2) chassis 17 A P5A/100 26 A R4A/ 120 , P13A/125 P1A/ 120 27 A 32 A Tamb = 35 °C, P1A/ 120 F , /W total 15 °C/W 2) chassis 3 °C/W P5A/100 1,85 °C/W P1A/ 120 Rthja 1


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PDF P5A/100 R4A/120, P13A/125 P1A/120 P1A/120 C/125 Nm/18 B11-28 b1128 semikron skd SKD 31/16 semikron skd 31 semikron skd 31 semikron skd 50
2004 - DS40059

Abstract: DS33023A_cn DS40245 PIC16C7X5 PIC16F716 24L256 picdem 2 plus pic16f877 pwm eccp D-004 MCP809
Text: kHz 2.0V 14 µA - 1 MHz 2.0V 120 µA · - 2.0V 1 µA · Timer1 - 32 kHz 2.0V 3.0 µA · , . 85 12.0


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PDF PIC16F716 DS41206A DS40059 DS33023A_cn DS40245 PIC16C7X5 PIC16F716 24L256 picdem 2 plus pic16f877 pwm eccp D-004 MCP809
1998 - skiip 613 gb

Abstract: semikron skiip 613 skiip 513 gb semikron B6U 690 930 semikron skch b2hkf Semikron B2HKF SEMISTACK IGBT semikron skiip 513 gb B2HKF semikron B6C
Text: SKN 870 SKN 1500 Heatsink Type / L mm C3/ 120 P1/150 P1/200 P1/200 P1/400 P1/400 P4/400 , °C mm mm mm 120 234 130 150 375 250 200 375 250 200 375 250 400 375 250 400 375 , SKKD 26 SKKD 81 SKKD 100 SKKD 81 SKKD 100 SKKD 162 Heatsink Type / L mm P5A/100 P1A/ 120 P5A/100 R4A/ 120 P1A/ 120 P1A/ 120 P1A/ 120 P1A/ 120 P3/ 120 P3/180 P3/ 120 P3/ 120 P3/180 P3/180 , SKKD 201 SKKD 201 SKKD 260 SKKD 201 SKKD 260 P1A/ 120 P1A/ 120 P3/ 120 P3/ 120 P3/180 P3/ 120


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2004 - pic16f684 sine pwm

Abstract: AN906 AN906 microchip HDR1X14 pic16f684 LCD 5V bipolar STEPPER MOTOR PIC MICROSTEP pic Stepper Motor Circuit using pic microcontroller p Stepper Motor Circuit using pic microcontroller PIC stepper motor interfacing
Text: , Suite 120 Westford, MA 01886 Tel: 978-692-3848 Fax: 978-692-3821 Unit 28F, World Trade Plaza No


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PDF AN906 PIC16F684 PIC16F684. PIC16F684 D-85737 NL-5152 DS00906A-page pic16f684 sine pwm AN906 AN906 microchip HDR1X14 pic16f684 LCD 5V bipolar STEPPER MOTOR PIC MICROSTEP pic Stepper Motor Circuit using pic microcontroller p Stepper Motor Circuit using pic microcontroller PIC stepper motor interfacing
2004 - HDR1X14

Abstract: pic16f684 sine pwm AN906 microchip 5V bipolar STEPPER MOTOR PIC pic16f684 pwm output on 2 pins SW-B3F1000 an906 FDC6420C MICROSTEP pic Stepper Motor Circuit using pic microcontroller p
Text: , Suite 120 Westford, MA 01886 Tel: 978-692-3848 Fax: 978-692-3821 Unit 28F, World Trade Plaza No


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PDF AN906 PIC16F684 PIC16F684. D-85737 NL-5152 DS00906B-page HDR1X14 pic16f684 sine pwm AN906 microchip 5V bipolar STEPPER MOTOR PIC pic16f684 pwm output on 2 pins SW-B3F1000 an906 FDC6420C MICROSTEP pic Stepper Motor Circuit using pic microcontroller p
1998 - skiip 613 gb

Abstract: semikron skiip 613 642GB120-208 B2HKF semikron skiip 513 gb semikron B6U 690 930 semikron skt 140 semikron skch b2hkf SEMISTACK IGBT Semikron SKB 15/12
Text: 501 SKN 870 SKN 870 SKN 1500 Heatsink Type / L mm C3/ 120 P1/150 P1/200 P1/200 P1/400 P1 , Depth °C mm mm mm 120 234 130 150 375 250 200 375 250 200 375 250 400 375 250 400 , SKKD 26 SKKD 81 SKKD 100 SKKD 81 SKKD 100 SKKD 162 Heatsink Type / L mm P5A/100 P1A/ 120 P5A/100 R4A/ 120 P1A/ 120 P1A/ 120 P1A/ 120 P1A/ 120 P3/ 120 P3/180 P3/ 120 P3/ 120 P3/180 P3/180 , SKKD 201 SKKD 201 SKKD 260 SKKD 201 SKKD 260 P1A/ 120 P1A/ 120 P3/ 120 P3/ 120 P3/180 P3/ 120


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Semikron SKB B 500 1400

Abstract: SKB 7 04 semikron skb b 380 Semikron SKB 26/02 Semikron SKB 26/12 semikron skb 60 skb 7 12 SKB 7 02 Semikron SKB 7 02
Text: ./inductive load Tamb = 45 °C; isolated1) chassis2) P5A/100 P1A/ 120 Tamb = 45 °C; isolated1) chassis2) P5A/100 P1A/ 120 22 3,5 10 13,5 17 3 9,5 11,5 14 A A A A A A A A A Tvj = 25 , ) chassis2) P5A/100 P1A/ 120 Tvj ­ 55.+ 150 Tstg Visol RC a.c. 50.60 Hz; r.m.s.; 1 s / 1


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PDF P5A/100 P1A/120 Semikron SKB B 500 1400 SKB 7 04 semikron skb b 380 Semikron SKB 26/02 Semikron SKB 26/12 semikron skb 60 skb 7 12 SKB 7 02 Semikron SKB 7 02
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