| No. | Partie # | Fabricant | Description | Fiche Technique |
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OZ9966SN |
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High performance controller Full-bridge or dual-forwadr topology Integrated high side N-MOSFETdriver High drive capability and System synchor nization Dedicated pins forAnalog and LPWM dimming Selectable PWM dimming polarity Constant operating fer quency Built-in intelligence t |
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High-Efficiency Inverter Controller • • • • • • • • • • Single-stage power conversion, requiring only a +5 V voltage source Reduces the number of components and board size by 30% compared with conventional design Supports both floating and grounded secondary designs 90% efficiency vs. |
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High-Efficiency Inverter Controller • • • • • • • • • Single-stage power conversion, input voltage range of 5V to 18V Reduces the number of components and board size by 30% compared with conventional design Supports both floating and grounded secondary designs 90% efficiency vs. typica |
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High-Efficiency Inverter Controller • • • • • • • • • Single-stage power conversion, input voltage range of 5V to 18V Reduces the number of components and board size by 30% compared with conventional design Supports both floating and grounded secondary designs 90% efficiency vs. typica |
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High-Efficiency Inverter Controller • • • • • • • • • Single-stage power conversion, input voltage range of 5V to 18V Reduces the number of components and board size by 30% compared with conventional design Supports both floating and grounded secondary designs 90% efficiency vs. typica |
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ETC |
High-Efficiency Inverter Controller • • • • • • • • • • Single-stage power conversion, requiring only a +5 V voltage source Reduces the number of components and board size by 30% compared with conventional design Supports both floating and grounded secondary designs 90% efficiency vs. |
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ETC |
High-Efficiency Inverter Controller • • • • • • • • • • Single-stage power conversion, requiring only a +5 V voltage source Reduces the number of components and board size by 30% compared with conventional design Supports both floating and grounded secondary designs 90% efficiency vs. |
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SMBus Smart Inverter Controller • • • • • • • Single-stage power conversion Constant frequency design eliminates interference with LCDs Built-in open-lamp protection and shortcircuit protection Reliable 2-winding transformer design eliminates arcing failures and the need for foldba |
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SMBus Smart Inverter Controller • • • • • • • Single-stage power conversion Constant frequency design eliminates interference with LCDs Built-in open-lamp protection and shortcircuit protection Reliable 2-winding transformer design eliminates arcing failures and the need for foldba |
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ETC |
High-Efficiency Inverter Controller • • • • • • • • • • Single-stage power conversion, requiring only a +5 V voltage source Reduces the number of components and board size by 30% compared with conventional design Supports both floating and grounded secondary designs 90% efficiency vs. |
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ETC |
High-Efficiency Inverter Controller • • • • • • • • • • Single-stage power conversion, requiring only a +5 V voltage source Reduces the number of components and board size by 30% compared with conventional design Supports both floating and grounded secondary designs 90% efficiency vs. |
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ETC |
Smart Battery Charger Controller ): · ADAPTER OZ954 · BREAK-BEFORE-MAKE · WAKE-UP · A/DSBS 2.GENERAL DESCRIPTION(): www.DataSheet.net/ OZ954SMART BATTERY SYSTEM(SBS)LEVEL 2 ,.Z0945SMART BATTERY ,SUSPENDZO954. OZ954SMBUS(CONSTANT-CURRENT)& (CONSTANT -VOLTAGE).OZ954 ,AC POWER,. |
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