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Hello, Please ask a question about IXTK90N25L2 Datasheet
# Example questions:
➢ What are the values for rthjc and rthcs, and what do these parameters represent?
➢ What patents cover ixys mosfets and igbts, and how many are listed?
➢ What is the typical value for vsd (source-drain voltage) based on the 'source-drain diode' section?
1. Device Identification and Patents:
️· Device Type: IXYS MOSFET (power MOSFET)
️· Patent Coverage: The device is covered by a *lot* of US patents (listed extensively). This is important for legal and licensing considerations. The list covers a range of MOSFET and IGBT technologies.
️· TO-264 AA and PLUS 247TM Outline: This indicates two different package options for the MOSFET. The datasheet contains dimensional outlines for both.
2. Key Specifications & Electrical Characteristics (Partial - many are present but not listed here):
️· Output Characteristics: The datasheet includes graphical representations of Output Characteristics (at TJ = 25°C and Extended Output Characteristics). These graphs illustrate the relationship between Drain Voltage (Vds) and Drain Current (Id) at various Gate-Source Voltages (Vgs).
️· Voltage Ratings: (Exact values depend on the specific part number – not stated in the document). It's a power MOSFET, so it has significant voltage ratings to handle switching and conduction.
️· Current Ratings: Also substantial, intended for high-power applications.
️· Switching Characteristics: Important for efficiency and EMI performance. The switching times (turn-on and turn-off) are key parameters.
️· Safe Operating Area: Defined with voltage and current limitations.
️· Gate Characteristics: Threshold voltage, input capacitance, and gate charge.
3. Package Dimensions and Outline:
️· Two Package Types:
- TO-264 AA: Provides detailed dimensions (in millimeters and inches) of the package, including pin locations.
- PLUS 247TM: Similar detailed dimensional information for this package.
4. Graphical Data (Limited Description - visual inspection needed):
️· Fig. 1: Output Characteristics @ TJ = 25ºC: A graphical representation showing the relationship between drain current and drain-source voltage at various gate-source voltages, at a junction temperature of 25°C.
️· Fig. 2: Extended Output Characteristics @ TJ = 25ºC: Similar to Fig. 1 but illustrating a wider operating range.
5. Key Parameters (Illustrative Examples, not exhaustive):
️· RDS(on): Drain-Source On-Resistance (critical for power dissipation).
️· VGS(th): Gate-Source Threshold Voltage.
️· IDM: Maximum Drain Current.
️· Ciss: Input Capacitance.
️· tr, tf: Rise and fall times
Important Caveats and Limitations:
️· Incomplete Picture: This is a *partial* summary. A full understanding requires careful review of the entire datasheet.
️· Specific Part Number Needed: This datasheet *likely* covers a family of devices. Knowing the specific part number is crucial to pinpoint the exact specifications for that particular MOSFET. The document does not state a part number.
️· Visual Data Critical: Many of the key specifications are best understood by examining the graphs and dimensional outlines. This summary cannot fully convey that information.
️· Abbreviations & Terminology: A lot of specialized power electronics terminology is used. Look up terms if you are unfamiliar.
️· Complex Data: Interpreting the data requires a working knowledge of power MOSFET principles.
1. Device Identification and Patents:
️· Device Type: IXYS MOSFET (power MOSFET)
️· Patent Coverage: The device is covered by a *lot* of US patents (listed extensively). This is important for legal and licensing considerations. The list covers a range of MOSFET and IGBT technologies.
️· TO-264 AA and PLUS 247TM Outline: This indicates two different package options for the MOSFET. The datasheet contains dimensional outlines for both.
2. Key Specifications & Electrical Characteristics (Partial - many are present but not listed here):
️· Output Characteristics: The datasheet includes graphical representations of Output Characteristics (at TJ = 25°C and Extended Output Characteristics). These graphs illustrate the relationship between Drain Voltage (Vds) and Drain Current (Id) at various Gate-Source Voltages (Vgs).
️· Voltage Ratings: (Exact values depend on the specific part number – not stated in the document). It's a power MOSFET, so it has significant voltage ratings to handle switching and conduction.
️· Current Ratings: Also substantial, intended for high-power applications.
️· Switching Characteristics: Important for efficiency and EMI performance. The switching times (turn-on and turn-off) are key parameters.
️· Safe Operating Area: Defined with voltage and current limitations.
️· Gate Characteristics: Threshold voltage, input capacitance, and gate charge.
3. Package Dimensions and Outline:
️· Two Package Types:
- TO-264 AA: Provides detailed dimensions (in millimeters and inches) of the package, including pin locations.
- PLUS 247TM: Similar detailed dimensional information for this package.
4. Graphical Data (Limited Description - visual inspection needed):
️· Fig. 1: Output Characteristics @ TJ = 25ºC: A graphical representation showing the relationship between drain current and drain-source voltage at various gate-source voltages, at a junction temperature of 25°C.
️· Fig. 2: Extended Output Characteristics @ TJ = 25ºC: Similar to Fig. 1 but illustrating a wider operating range.
5. Key Parameters (Illustrative Examples, not exhaustive):
️· RDS(on): Drain-Source On-Resistance (critical for power dissipation).
️· VGS(th): Gate-Source Threshold Voltage.
️· IDM: Maximum Drain Current.
️· Ciss: Input Capacitance.
️· tr, tf: Rise and fall times
Important Caveats and Limitations:
️· Incomplete Picture: This is a *partial* summary. A full understanding requires careful review of the entire datasheet.
️· Specific Part Number Needed: This datasheet *likely* covers a family of devices. Knowing the specific part number is crucial to pinpoint the exact specifications for that particular MOSFET. The document does not state a part number.
️· Visual Data Critical: Many of the key specifications are best understood by examining the graphs and dimensional outlines. This summary cannot fully convey that information.
️· Abbreviations & Terminology: A lot of specialized power electronics terminology is used. Look up terms if you are unfamiliar.
️· Complex Data: Interpreting the data requires a working knowledge of power MOSFET principles.
| Part No. | IXTK90N25L2 |
| Manufacturer | IXYS |
| Size | 142 Kbytes |
| Pages | 6 pages |
| Description | Power MOSFET |
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