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BSN011NE2LSI Datasheet with Chat AI
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  • Part No.BSN011NE2LSI
    ManufacturerINFINEON
    Size509 Kbytes
    Pages9 pages
    DescriptionOptimized for high performance Buck converter
    Datasheet Summary with AI

    1. Device Identification and General Information:

    ️· Device Name: BSN011NE2LSI
    ️· Type: MOSFET
    ️· Manufacturer: Infineon Technologies AG
    ️· Document Revision: Rev. 2.0
    ️· Date: 2014-05-23

    2. Key Electrical Characteristics (Inferred - Based on Graphs/Labels):

    ️· Drain-Source Leakage Current (I DSS): This is a critical parameter, with graphs showing its dependence on device temperature.
    ️· Gate Charge (Q Gate): Graphs depicting waveforms and dependencies on voltage. It includes terms like "Q sw" and "Q gd" (likely related to different gate charge components).
    ️· Gate-Source Threshold Voltage (Vgs(th)): Likely represented graphically, showing the voltage at which the MOSFET starts to conduct significantly.
    ️· Drain-Source Voltage (VDS): Several graphs focus on this, illustrating how it affects other parameters.
    ️· Avalanche Characteristics: Shows parameters related to avalanche breakdown, including *I_AS* (Avalanche current) vs *t_AV* (Avalanche time)
    ️· Drain-Source Leakage Current (I DSS): Shown as a function of Temperature.
    ️· Gate charge waveforms: Graphs showing relationships of the gate charge as a function of voltage.

    3. Graphical Data and Parameters (Numerous Graphs Present):

    ️· The data sheet heavily relies on graphs to illustrate relationships between parameters. These graphs cover:
    - Current vs. Voltage
    - Current vs. Temperature
    - Gate Charge vs. Voltage
    - Avalanche Current vs. Time
    - Leakage Current vs. Temperature
    - Gate-Source Threshold Voltage vs. Temperature.

    4. Conditions and Parameters Specified in Graphs:

    ️· Temperature: Several graphs specify temperature conditions (e.g., 125°C, 100°C, 25°C, 75°C).
    ️· Voltage: Various voltage levels are referenced in the graphs (e.g., 5V, 12V, 20V).
    ️· "Pulsed": Indicates a pulsed measurement condition for some parameters.
    ️· "Start": This likely refers to the starting temperature for specific tests.

    5. Package Information:

    ️· Package Type: LG-USON-6-1. Includes a diagram or outline related to this package type.
    ️· Legal Disclaimer: Standard legal language regarding the information provided and its limitations.
    ️· Warnings: Standard warnings regarding the use of semiconductors in life-support devices and potential hazards.

    6. Key Terms/Abbreviations:

    ️· MOSFET: Metal-Oxide-Semiconductor Field-Effect Transistor
    ️· I DSS: Drain-Source Leakage Current
    ️· Vgs(th): Gate-Source Threshold Voltage
    ️· Q Gate: Gate Charge
    ️· I_AS: Avalanche current
    ️· t_AV: Avalanche time
    ️· LG-USON-6-1: Package type
    ️· VDS: Drain-Source Voltage
    ️· gs(th): Gate-Source Threshold Voltage



    In essence, this is a technical document aimed at engineers designing circuits that use the BSN011NE2LSI MOSFET. The emphasis is on providing detailed electrical characteristics through graphs and specifications, and it includes vital safety and legal disclaimers.

    1. Device Identification and General Information:

    ️· Device Name: BSN011NE2LSI
    ️· Type: MOSFET
    ️· Manufacturer: Infineon Technologies AG
    ️· Document Revision: Rev. 2.0
    ️· Date: 2014-05-23

    2. Key Electrical Characteristics (Inferred - Based on Graphs/Labels):

    ️· Drain-Source Leakage Current (I DSS): This is a critical parameter, with graphs showing its dependence on device temperature.
    ️· Gate Charge (Q Gate): Graphs depicting waveforms and dependencies on voltage. It includes terms like "Q sw" and "Q gd" (likely related to different gate charge components).
    ️· Gate-Source Threshold Voltage (Vgs(th)): Likely represented graphically, showing the voltage at which the MOSFET starts to conduct significantly.
    ️· Drain-Source Voltage (VDS): Several graphs focus on this, illustrating how it affects other parameters.
    ️· Avalanche Characteristics: Shows parameters related to avalanche breakdown, including *I_AS* (Avalanche current) vs *t_AV* (Avalanche time)
    ️· Drain-Source Leakage Current (I DSS): Shown as a function of Temperature.
    ️· Gate charge waveforms: Graphs showing relationships of the gate charge as a function of voltage.

    3. Graphical Data and Parameters (Numerous Graphs Present):

    ️· The data sheet heavily relies on graphs to illustrate relationships between parameters. These graphs cover:
    - Current vs. Voltage
    - Current vs. Temperature
    - Gate Charge vs. Voltage
    - Avalanche Current vs. Time
    - Leakage Current vs. Temperature
    - Gate-Source Threshold Voltage vs. Temperature.

    4. Conditions and Parameters Specified in Graphs:

    ️· Temperature: Several graphs specify temperature conditions (e.g., 125°C, 100°C, 25°C, 75°C).
    ️· Voltage: Various voltage levels are referenced in the graphs (e.g., 5V, 12V, 20V).
    ️· "Pulsed": Indicates a pulsed measurement condition for some parameters.
    ️· "Start": This likely refers to the starting temperature for specific tests.

    5. Package Information:

    ️· Package Type: LG-USON-6-1. Includes a diagram or outline related to this package type.
    ️· Legal Disclaimer: Standard legal language regarding the information provided and its limitations.
    ️· Warnings: Standard warnings regarding the use of semiconductors in life-support devices and potential hazards.

    6. Key Terms/Abbreviations:

    ️· MOSFET: Metal-Oxide-Semiconductor Field-Effect Transistor
    ️· I DSS: Drain-Source Leakage Current
    ️· Vgs(th): Gate-Source Threshold Voltage
    ️· Q Gate: Gate Charge
    ️· I_AS: Avalanche current
    ️· t_AV: Avalanche time
    ️· LG-USON-6-1: Package type
    ️· VDS: Drain-Source Voltage
    ️· gs(th): Gate-Source Threshold Voltage



    In essence, this is a technical document aimed at engineers designing circuits that use the BSN011NE2LSI MOSFET. The emphasis is on providing detailed electrical characteristics through graphs and specifications, and it includes vital safety and legal disclaimers.

    Part No.BSN011NE2LSI
    ManufacturerINFINEON
    Size509 Kbytes
    Pages9 pages
    DescriptionOptimized for high performance Buck converter
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