fast recovery 30amp
Abstract: SML30SUZ03B
Contextual Info: SML30SUZ03B Ultrafast Recovery Diode 300 Volt, 30Amp Back of Case TECHNOLOGY Cathode SML 30SUZ03B The planar passivated and standard ultrafast recovery diode features a triple charge control action utilising Semelab’s Graded Buffer Zone technology combined with
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fast recovery 30amp
Abstract: SML30SUZ12S
Contextual Info: SML30SUZ12S Ultrafast Recovery Diode 1200 Volt, 30Amp Back of Case Cathode TECHNOLOGY The planar passivated and standard ultrafast recovery diode features a triple charge control action utilising SML 30SUZ12S Semelab’s Graded Buffer Zone technology combined with
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Contextual Info: SML30SUZ03D MECHANICAL DATA Dimensions in mm inches Ultrafast Recovery Diode 300 Volt, 30Amp Back of case live Cathode TECHNOLOGY SML 30SUZ03D The planar passivated and standard ultrafast recovery diode features a triple charge control action utilising Semelab’s
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diode case R-1
Abstract: 02 diode R-1 02 diode case R-1 DO-41-MINI
Contextual Info: ZOWIE Low VF Rectifier Diode G110DL THRU G110ML Low VF Rectifier Diode 200V~1000V / 1.0A VF < 0.90V @IF = 1A FEATURES IFSM = 30Amp * * * * * Lead free product, compliance to RoHS GPRC (Glass passivated rectifier chip) inside Glass passivated cavity-free junction
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g110dlg110ml30amp300us+4diode case r-102 diode r-102 diode case r-1do-41-mini
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Contextual Info: ZOWIE Low VF Rectifier Diode G110DL THRU G110ML Low VF Rectifier Diode 200V~1000V / 1.0A VF < 0.90V @IF = 1A FEATURES IFSM = 30Amp * * * * * Compliance to RoHS product GPRC (Glass passivated rectifier chip) inside Glass passivated cavity-free junction Low forward voltage drop
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fast recovery 30amp
Abstract: SML30EUZ03SC
Contextual Info: SML30EUZ03SC Enhanced Ultrafast Recovery Diode 300 Volt, 2 X 30Amp Back of Case Cathode TECHNOLOGY SML 30EUZ03SC The planar passivated and enhanced ultrafast recovery diode features a triple charge control action utilising Semelab’s Graded Buffer Zone technology combined with
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sml30euz03sc30amp30euz03scvoltag106+1fast recovery 30amp
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fast recovery 30amp
Abstract: SML30EUZ03S
Contextual Info: SML30EUZ03S Enhanced Ultrafast Recovery Diode 300 Volt, 30Amp TECHNOLOGY Back of Case Cathode SML 30EUZ03S The planar passivated and enhanced ultrafast recovery diode features a triple charge control action utilising Semelab’s Graded Buffer Zone technology combined with low emitter
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fast recovery 30amp
Abstract: SML30SUZ03D
Contextual Info: SML30SUZ03D Ultrafast Recovery Diode 300 Volt, 30Amp Back of case live Cathode TECHNOLOGY SML 30SUZ03D The planar passivated and standard ultrafast recovery diode features a triple charge control action utilising Semelab’s Graded Buffer Zone technology combined with low emitter
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fast recovery 30amp
Abstract: SML30EUZ03B
Contextual Info: SML30EUZ03B Enhanced Ultrafast Recovery Diode 300 Volt, 30Amp Back of Case TECHNOLOGY Cathode SML 30EUZ03B The planar passivated and enhanced ultrafast recovery diode features a triple charge control action utilising Semelab’s Graded Buffer Zone technology combined with low emitter
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fast recovery 30amp
Abstract: SML30EUZ03D
Contextual Info: SML30EUZ03D Enhanced Ultrafast Recovery Diode 300 Volt, 30Amp Back of case live Cathode TECHNOLOGY SML 30EUZ03D The planar passivated and enhanced ultrafast recovery diode features a triple charge control action utilising Semelab’s Graded Buffer Zone technology combined with low emitter
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SML30EUZ03BC
Contextual Info: SML30EUZ03BC Enhanced Ultrafast Recovery Diode 300 Volt, 2 X 30Amp Back of Case Cathode TECHNOLOGY SML 30EUZ03BC 1 - Anode 1 The planar passivated and enhanced ultrafast recovery diode features a triple charge control action utilising Semelab’s Graded Buffer Zone technology combined with
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Contextual Info: SML30SUZ12S MECHANICAL DATA Dimensions in mm inches Ultrafast Recovery Diode 1200 Volt, 30Amp Back of Case Cathode TECHNOLOGY The planar passivated and standard ultrafast recovery diode features a triple charge control action utilising SML 30SUZ12S Semelab’s Graded Buffer Zone technology combined with
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diode 200v
Contextual Info: SML30SUZ03B MECHANICAL DATA Dimensions in mm inches Ultrafast Recovery Diode 300 Volt, 30Amp Back of Case Cathode TECHNOLOGY SML 30SUZ03B The planar passivated and standard ultrafast recovery diode features a triple charge control action utilising Semelab’s Graded Buffer Zone technology combined with
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diode 1000V 10a
Abstract: 02 diode case R-1 diode case R-1 200V-1000V
Contextual Info: ZOWIE Low VF Rectifier Diode G110DLH THRU G110MLH Low VF Rectifier Diode 200V~1000V / 1.0A VF < 0.90V @IF = 1A FEATURES IFSM = 30Amp * * * * * * Halogen-free type Lead free product, compliance to RoHS GPRC (Glass passivated rectifier chip) inside Glass passivated cavity-free junction
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SML30SUZ03BC
Abstract: anode common fast recovery diode 30A 200V
Contextual Info: SML30SUZ03BC Ultrafast Recovery Diode 300 Volt, 2 x 30Amp Back of Case Cathode TECHNOLOGY SML 30SUZ03BC 1 - Anode 1 2 - Com. Cathode The planar passivated and standard ultrafast recovery diode features a triple charge control action utilising Semelab’s Graded Buffer Zone technology combined with
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sml30suz03bc30amp30suz03bco-247+1anode common fast recovery diode 30a 200v
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SanRex
Abstract: DF30DB40 DF30DB80
Contextual Info: DIODE THREE PHASES BRIDGE TYPE DF30DB40/80 Power Diode Module DF30DB is designed for three phase full wave rectification, which has six diodes connected in a three phase bridge configuration. The mounting base of the module is electrically isolated from semiconductor elements for simple heatsink
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DF30DB80
Abstract: DF30DB40
Contextual Info: DIODE THREE PHASES BRIDGE TYPE DF30DB40/80 Power Diode Module DF30DB is designed for three phase full wave rectification, which has six diodes connected in a three phase bridge configuration. The mounting base of the module is electrically isolated from semiconductor elements for simple heatsink
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DF30DB80
Abstract: DF30DB40
Contextual Info: DIODE THREE PHASES BRIDGE TYPE DF30DB40/80 Power Diode Module DF30DB is designed for three phase full wave rectification, which has six diodes connected in a three phase bridge configuration. The mounting base of the module is electrically isolated from semiconductor elements for simple heatsink
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DF30AA140
Contextual Info: SANSHA ELECTRIC MFG CO semj T DIODE MODULE SanReX Power Diode Module D F 30 A A is designed for three phase full wave rectification, which has six diodes connected in a three phase bridge configuration. The mounting base of the module is electrically isolated from semiconductor
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DF30CA160
Abstract: DF30CA120 DF30CA80
Contextual Info: DIODE THREE PHASES BRIDGE TYPE DF30CA80/120/160 UL;E76102 M Power Diode Module DF30CA is designed for three phase full wave rectification, which has six diodes connected in a three phase bridge configuration. The mounting base of the module is electrically isolated from semiconductor elements for simple heatsink
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"Power Diode"
Abstract: DF30AA160 DF30AA120
Contextual Info: DIODE THREE PHASES BRIDGE TYPE DF30AA120/160 UL;E76102 M Power Diode Module DF30AA is designed for three phase full wave rectification, which has six diodes connected in a three phase bridge configuration. The mounting base of the module is electrically isolated from semiconductor elements for simple heatsink
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tc122 25 8
Abstract: tc122 25 DF30BA80 DF30BA40 three phase TC122
Contextual Info: DIODE THREE PHASES BRIDGE TYPE DF30BA40/80 UL;E76102 （M） Power Diode Module DF30BA is designed for three phase full wave rectification, which has six diodes connected in a three phase bridge configuration. The mounting base of the module is electrically isolated from semiconductor elements for simple heatsink
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DF30BA80
Abstract: DF30BA40 30amp diode diode 30amp
Contextual Info: DIODE THREE PHASES BRIDGE TYPE DF30BA40/80 UL;E76102 M Power Diode Module DF30BA is designed for three phase full wave rectification, which has six diodes connected in a three phase bridge configuration. The mounting base of the module is electrically isolated from semiconductor elements for simple heatsink
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TC117
Abstract: DF30AA120 DF30AA160
Contextual Info: DIODE THREE PHASES BRIDGE TYPE DF30AA120/160 UL;E76102 （M） Power Diode Module DF30AA is designed for three phase full wave rectification, which has six diodes connected in a three phase bridge configuration. The mounting base of the module is electrically isolated from semiconductor elements for simple heatsink
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