1. General Description & Key Features:

️· Device Type: N-Channel MOSFET
️· Voltage Rating: VDS (Drain-Source Voltage) = 200V
️· Current Rating: ID (Continuous Drain Current) = 7.5A (at 25°C)
️· Power Dissipation: Pd (Power Dissipation) = 75W (at TA = 100°C)
️· Operating Temperature: -40°C to 150°C (junction temperature)
️· Package: LCC-18 (See package outline at the end)
️· Application: Suitable for a wide range of applications, including switching power supplies, motor control, and DC-DC converters.
️· Key Benefit: High voltage and current capability with relatively low on-resistance (RDS(on)).

2. Electrical Characteristics (Important Values):

️· RDS(on) (Drain-Source On-Resistance): Typically 0.45 Ohms (VGS = 10V, ID = 7.5A)
️· VGS(th) (Gate-Source Threshold Voltage): Typically 2.0V (Maximum 4.0V)
️· Input Capacitance: 44 pF
️· Output Capacitance: 22 pF
️· Gate Charge: 9.8 nC (VGS = 10V)
️· Switching Times: These are also listed, including turn-on and turn-off times, but require closer examination of the specific graphs.

3. Safe Operating Area (SOA) & Avalanche Characteristics:

️· Avalanche Energy: The datasheet includes graphs and information about the device's ability to withstand avalanche breakdown (important for inductive circuits). This is limited by junction temperature.
️· SOA: The Safe Operating Area graph shows the relationship between drain voltage, drain current, and junction temperature, illustrating the device's limits under stress.

4. Thermal Characteristics:

️· Thermal Resistance: The datasheet provides the junction-to-case thermal resistance (RθJC), which is crucial for determining the device's ability to dissipate heat.
️· Effective Transient Thermal Impedance: Provides data and graphs on how quickly the device can respond to changes in heat.

5. Test Circuit Details & Figures:

️· Unclamped Inductive Test Circuit: Details and waveforms for testing the device in a circuit designed to simulate inductive loads (e.g., motor drives).
️· Gate Charge Waveform & Test Circuit: Describes the setup for measuring the gate charge parameters.
️· Basic Gate Charge Waveform: Depicts the charge/discharge waveforms during gate drive.
️· Current Sampling Resistors: Configuration for current measurement during testing.

6. Figures and Graphs (Brief descriptions - more detail would require visual inspection):

️· Typical Characteristics: Numerous graphs show how parameters like RDS(on), gate charge, and switching times vary with temperature, gate voltage, and drain current.
️· Safe Operating Area Graph: Shows the limits of voltage and current that the device can handle without exceeding the junction temperature.
️· Thermal Resistance vs. Temperature: Shows the change in thermal resistance with increasing temperature.
️· Avalanche Energy vs. Drain Current: Depicts the limits of energy the device can absorb in an avalanche condition.
️· Package Dimensions: Detailed dimensions for the LCC-18 package.
️· Waveforms: Various waveforms related to the inductive test circuit, gate charge measurements, and switching behavior.

7. Notes and Conditions:

️· Several footnotes clarify the conditions under which certain specifications are measured.
️· Duty cycle, pulse width, and junction temperature limits are specified for repetitive ratings.

8. Package Outline - LCC-18:

️· Includes a diagram and dimensions of the LCC-18 package, including pinout information.

9. Contact Information:

️· Worldwide headquarters and regional centers contact information (USA, UK, Canada, Germany, Italy, Japan, Southeast Asia, Taiwan).



IMPORTANT DISCLAIMER:

️· This summary is based entirely on interpreting an image of a datasheet. The accuracy is dependent on the clarity and completeness of the image. There may be slight variations in the exact values or specifications due to image distortion or missing details. *Always refer to the official datasheet from International Rectifier (now Infineon) for definitive specifications.*
️· I'm not an electrical engineer. This is a summarized interpretation and should not be considered professional engineering advice.
️· I cannot guarantee 100% accuracy and have simplified some technical descriptions for clarity.

To obtain the most accurate information, please visit the Infineon (formerly International Rectifier) website and search for the IRF9130 datasheet.