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RC Thermal Model for 2N7002K

RC Thermal Model for 2N7002K

RC Thermal Model for 2N7002K

Product catalog summary
Description: The document provides R-C thermal model parameters for the 2N7002K_RC MOSFET, derived using curve-fitting techniques as described in the referenced IEEE paper. These parameters are intended for use in P-Spice simulations to match the Single Pulse Transient Thermal Impedance curves of the MOSFET.
R-C Thermal Model for Tank Configuration: This section provides the thermal resistance and capacitance values for the tank configuration. The thermal resistance values (in °C/W) are RT1: 17.3047, RT2: 210.5786, RT3: 67.2871, RT4: 54.8296. The thermal capacitance values (in Joules/°C) are CT1: 163.0767 u, CT2: 3.0335 m, CT3: 954.4598 u, CT4: 473.0063 m.
R-C Thermal Model for Filter Configuration: This section provides the thermal resistance and capacitance values for the filter configuration. The thermal resistance values (in °C/W) are RF1: 53.1343, RF2: 112.4889, RF3: 131.0293, RF4: 53.3475. The thermal capacitance values (in Joules/°C) are CF1: 242.6288 u, CF2: 1.0590 m, CF3: 2.9660 m, CF4: 472.7532 m.
Note: The document is a SPICE modeling guideline and not a commercial product data sheet. For guaranteed specification limits, refer to the appropriate data sheet. For detailed implementation in P-SPICE, refer to Application Note AN609.
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