E10DS2

Abstract: E10DS4
Contextual Info: SILICON RECTIFIER DIODE ia / io o ~ 4 oov e io d s i FEATURES e io d s 1 8 071, 1.4(.055 OTO-243AB (SOT-89) Case .L 1.2(.047) 0.81.031) ° Low Reverse Leakage Current e io d s 4 1.6I.0631MAX 2.4(,094) I [ 4.251167) ° Surface Mount Device o Low Forward Voltage Drop

Contextual Info: SCHOTTKY BARRIER DIODE E10 Q S 0 9 E 1 0 Q S 1 0 1 .1 A / 9 0 — 100V FEATURES 1 .6 .0 6 3 M A X 1 .8 (0 7 1 ) 1.41.055) ° Similar to TO-243AB (SOT-89) Case ° Surface Mount Device â.4(.Ô94) L ° Low Forward Voltage Drop m i 1.21.047) 0.W .031) ° Low Power Loss, High Efficiency

e10s

Abstract: M1043 E10QS03 Schottky Diode SOT-89 E10QS04 Schottky Barrier Diode SOT-89
Contextual Info: SCHOTTKY BARRIER DIODE i.ia /30~40v eioqso 3 eioqso 4 FEATURES ° Similar to TO-243AB SOT-89 Case ° Surface Mount Device ° Low Forward Voltage Drop “ Low Power Loss, High Efficiency ° High Surge Capability “ 30 Volts through 100 Volts Types Available

E11FS1

Abstract: E11FS2 375114
Contextual Info: FAST RECOVERY DIODE l.lA / 100~ 200V / trr:30nsec E11FS1 E11FS2 « Similar to TO-243AB SOT-89 Case 1.6(.063>MAX ° Surface Mount Device ° Ultra - Fast Recovery ° Low Forward Voltage Drop ° Low Power Loss, High Efficiency ° 100 Volts thru 400 Volts Types Available

Contextual Info: SCHQTTKY BARRIER DIODE E10QS05 E10QS06 1.1A/50— 60V FEATU R ES 1.8 .071 1.41.055 ) ° Similar to TO-243AB(SOT-89) Case 2.6(.1Q2) °Surface Mount Device ° Low Forward Voltage Drop 70 0 Low Power Loss, High Efficiency SOLDERLING PAD 1.6 (.06) ° High Surge Capability

E11FS2

Abstract: E11FS1 TO-243AB 243AB X9116WM8I-2.7T1
Contextual Info: FA ST RECOVERY DIODE 1.1A/100— 200V/trr : 30nsec E11FS1 E11FS2 « Similar to TO-243AB SOT-89 Case 1 8(071) 1.6(.063)MAX ttim ° Surface Mount Device u— “ 2 .6 (.102) 2.4{.Q94) I 4.25(.167) — 1 3.75(.147) ° Ultra - Fast Recovery i ° Low Forward Voltage Drop

164-06

Contextual Info: SCHOTTKY BARRIER DIODE E10QS03 E10QS04 1.1A/30— 40V FEATU R E S 1 8 ,0 7 i 1.6{.063)M A X *>Similar to TO-243AB SOT-89) Case 2 . 6 ( . 10 2 > Surface Mount Device L ° Low Forward Voltage Drop ° T lp I, High Surge Capability T 1 m . 1.2t.047) 3.15(. 124)

E10QS10

Abstract: E10QS09
Contextual Info: SCHOTTKY BARRIER DIODE E10QS09 E10QS10 1 .1 A / 9 0 — 100V 1.6 .063 MAX FEATURES ° Similar to TO-243AB (SOT-89) Case ° Surface Mount Device ° Low Forward Voltage Drop ° Low Power Loss, High Efficiency ° High Surge Capability ° 30 Volts through 100 Volts Types Available

E11FS3

Abstract: E11FS4
Contextual Info: FAST RECOVERY DIODE l .l A /3 0 0 ~ 4 0 0 V /t r r : 30nsec E11FS3 E11FS4 « Similar to TO-243AB SOT-89 Case 1.8(.071) 1.41.055) o Surface Mount Device 2.61102) 2.4C094) I I 4.251167) — ± 3.75C.147) ° Ultra - Fast Recovery L ° Low Forward Voltage Drop

catalog for 3RT series contactor* siemens

Abstract: catalog for 3tf series contactor* siemens 3RT siemens siemens contactor 3TF siemens magnetic contactor siemens contactor 3rt 3th42 siemens 3th42 catalog for 3RT Power contactor* siemens 3TB siemens contactor
Contextual Info: Controls – Contactors and Contactor Assemblies 3/2 3/4 3/8 3/30 3/31 3/34 3/35 3/38 3/43 3/46 3/53 3/54 3/55 3/56 3/58 3/61 3/62 3/64 3/66 3/67 3/68 3/69 3/73 3/74 3/75 Introduction 3RT, 3TB, 3TF Contactors for Switching Motors General data 3RT10 contactors, 3-pole, 3 . 250 kW

siemens contactor 3rt10

Abstract: siemens contactors price SIEMENS 3RH19 21-1CA10 3RT10 24-1BB40 Siemens sirius 3rt10 3RT10 24-1BB44-3MA0 3RT10 contactors 3 pole 3RT10 SIEMENS Siemens 3RT10 3RT10 26-1BB40
Contextual Info: nsk03_02.fm Seite 18 Mittwoch, 20. März 2002 10:20 10 Contactors and Contactor Assemblies Contactors for Switching Motors SIRIUS 3RT10 contactors, 3-pole Selection and ordering data AC operation nsb0058 NSB0604g NSB0640g 3RT10 2. -3A . 00 3RT10 2. -1A . 04

E10DS2

Abstract: diode 1BL E10DS1 E10DS4
Contextual Info: SILICON RECTIFIER DIODE ia/ ioo~ 4oov eiodsi eiods2 eiods4 F EATU R ES 1.8C.071 1.4C.0S5) l-6i;063)MAX o TO—243AB SOT-89) Case o _H 2.6U02) °Surface Mount Device 2.4(.094) I I 4.25(-167) .L Low Forward Voltage Drop rD ° Low Reverse Leakage Current i,2(.047)