CURRENT BYPASS DIODES Search Results

stk 3050

Abstract: SBX2050
Contextual Info: SBX2030 . SBX2050 SBX2030 . SBX2050 2nd Generation Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers 2. Generation Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2011-03-11 Nominal current Nennstrom Repetitive peak reverse voltage

Contextual Info: SBX2030 . SBX2050 SBX2030 . SBX2050 2nd Generation Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers 2. Generation Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2014-07-18 Nominal current Nennstrom Repetitive peak reverse voltage

SBX2540

Contextual Info: SBX2530 . SBX2550 SBX2530 . SBX2550 2nd Generation Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers 2. Generation Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2011-07-27 Nominal current Nennstrom Repetitive peak reverse voltage

SBX2530

Abstract: SBX2540 STK 290
Contextual Info: SBX2530 . SBX2550 SBX2530 . SBX2550 2nd Generation Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers 2. Generation Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2011-09-02 Nominal current Nennstrom Repetitive peak reverse voltage

stk 3040

Abstract: SBX3040 SB1520 SB1540
Contextual Info: SBX3030 . SBX3040 SBX3030 . SBX3040 2nd Generation Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers 2. Generation Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2011-07-11 Nominal current Nennstrom Repetitive peak reverse voltage

SBX2040

Abstract: STK 290
Contextual Info: SBX2030 . SBX2050 SBX2030 . SBX2050 2nd Generation Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers 2. Generation Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2011-07-11 Nominal current Nennstrom Repetitive peak reverse voltage

SB12100

Abstract: SB1230 SB1240 SB1250
Contextual Info: SB1230 . SB12100 SB1230 . SB12100 Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2011-03-25 Nominal current – Nennstrom Ø 5.4 12 A Repetitive peak reverse voltage

Contextual Info: SB1230 . SB12100 SB1230 . SB12100 Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2012-01-31 Nominal current – Nennstrom Ø 5.4 12 A Peak reverse voltage – Spitzensperrspannung

20SQ040

Contextual Info: 20SQ040 20SQ040 Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2012-07-23 Ø 8±0.1 Nominal current – Nennstrom 20 A Repetitive peak reverse voltage Periodische Spitzensperrspannung

20SQ040

Abstract: IEC61215
Contextual Info: 20SQ040 20SQ040 Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2012-03-19 Ø 8±0.1 Nominal current – Nennstrom 20 A Repetitive peak reverse voltage Periodische Spitzensperrspannung

Contextual Info: SB1520 . SB1540 SB1520 . SB1540 Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2014-07-09 Nominal current – Nennstrom Ø8 ±0.1 15 A Repetitive peak reverse voltage

SB1540

Abstract: SB1520 SB1530 stk 2040
Contextual Info: SB1520 . SB1540 SB1520 . SB1540 Bypass Diodes for Solar Modules – Schottky Barrier Rectifiers Bypass-Dioden für Solarmodule – Schottky-Barrier-Gleichrichter Version 2011-07-18 Nominal current – Nennstrom 15 A Repetitive peak reverse voltage Periodische Spitzensperrspannung

Bypass Diode Module for Solarcell

Contextual Info: MSB12A45S2L Bypass Diode Module for Solarcell Reverse Voltage 45V Forward Current 12A Schottky Barrier Diode Type Features ◆ Low thermal resistance ◆ Low forward voltage drop,low power loss ◆Compact ◆ Outline Drawing internal schematic diagram outline design

Bypass Diode Module for Solarcell

Contextual Info: MSB15A45S2L Bypass Diode Module for Solarcell Reverse Voltage 45V Forward Current 15A Schottky Barrier Diode Type Features ◆ Low thermal resistance ◆ Low forward voltage drop,low power loss ◆Compact ◆ Outline Drawing internal schematic diagram outline design

SPV1001T40

Abstract: spv1001
Contextual Info: SPV1001T40 Cool bypass switch for photovoltaic application Features • IF=16 A, VR= 40 V ■ Very low forward voltage drop ■ Very low reverse leakage current ■ 150 °C operating junction temperature +4 Application ■ 3 1 Photovoltaic panels 2 TO-220

Contextual Info: SPV1001N Cool bypass switch for photovoltaic applications Features • SPV1001N30 IF=12.5 A, VR=30 V ■ SPV1001N40 IF=12.5 A, VR=40 V ■ Very low forward voltage drop ■ Very low reverse leakage current ■ 150 °C operating junction temperature Anodo Catodo

SPV1001

Abstract: SPV1001T40 SPV1001D40 D2PAK PHOTOVOLTAIC PANEL
Contextual Info: SPV1001 Cool bypass switch for photovoltaic applications Features • IF = 16 A, VR = 40 V ■ Very low forward voltage drop ■ Very low reverse leakage current ■ K K A A A 175 °C operating junction temperature TO220 A K D2PAK Applications ■ Photovoltaic panels

Contextual Info: SPV1002 Cool bypass switch for photovoltaic applications Features • IF = 16 A, VR = 40 V ■ Very low forward voltage drop ■ Very low reverse leakage current ■ K K A 175 °C operating junction temperature TO220 K A A A D2PAK Applications ■ Photovoltaic panels

Contextual Info: SPV1001 Cool bypass switch for photovoltaic applications Features • IF = 16 A, VR = 40 V ■ Very low forward voltage drop ■ Very low reverse leakage current ■ K K A 175 °C operating junction temperature TO220 K A A A D2PAK Applications ■ Photovoltaic panels

Contextual Info: SM74611 www.ti.com SNVS903 – DECEMBER 2012 SM74611 Smart Bypass Diode Check for Samples: SM74611 FEATURES 1 • • • • • • 2 Maximum reverse voltage VR of 30 V Maximum forward current (IF) of 15A Low average forward voltage (26mV at 8A) Less power dissipation than Schottky diode

SPV1512

Abstract: OA128
Contextual Info: SPV1512 Cool bypass switch for photovoltaic applications Datasheet — preliminary data Features Symbol Value IF AV 16 A VRRM 12 V Tj(max) 175 °C • Very low forward voltage drop: VF=120 mV @ IF=10 A, TA=125 °C ■ Very low reverse leakage current: IR=100 uA

Contextual Info: SM74611 www.ti.com SNVS903 – DECEMBER 2012 SM74611 Smart Bypass Diode Check for Samples: SM74611 FEATURES 1 • • • • • • 2 • Maximum reverse voltage VR of 30 V Maximum forward current (IF) of 15A Low average forward voltage (26mV at 8A) Less power dissipation than Schottky diode

DAP 8A

Abstract: SM74611KTTR
Contextual Info: SM74611 www.ti.com SNVS903 – DECEMBER 2012 SM74611 Smart Bypass Diode Check for Samples: SM74611 FEATURES 1 • • • • • • 2 • Maximum reverse voltage VR of 30 V Maximum forward current (IF) of 15A Low average forward voltage (26mV at 8A) Less power dissipation than Schottky diode

26mV

Contextual Info: SM74611 www.ti.com SNVS903 – DECEMBER 2012 SM74611 Smart Bypass Diode Check for Samples: SM74611 FEATURES 1 • • • • • • 2 • Maximum reverse voltage VR of 30 V Maximum forward current (IF) of 15A Low average forward voltage (26mV at 8A) Less power dissipation than Schottky diode