context: The main factors that affect thermal resistance or thermal sensitivity include increased airflow (aerodynamics), forced air or water-cooling, mounting method, and ambient temperatures.
answer_0: Accordingly on datasheets for heat sinks, thermal resistance is presented as a performance curve.
answer_1: Truthfully, on datasheets for heat sinks, thermal resistance is presented as a performance curve.
answer_2: Second, on datasheets for heat sinks, thermal resistance is presented as a performance curve.
answer_3: Realistically, on datasheets for heat sinks, thermal resistance is presented as a performance curve.
answer_4: Ultimately, on datasheets for heat sinks, thermal resistance is presented as a performance curve.
answer_5: Plus, on datasheets for heat sinks, thermal resistance is presented as a performance curve.
answer_6: Meanwhile, on datasheets for heat sinks, thermal resistance is presented as a performance curve.
answer_7: Frequently, on datasheets for heat sinks, thermal resistance is presented as a performance curve.
answer_8: Then, on datasheets for heat sinks, thermal resistance is presented as a performance curve.
answer_9: Usually, on datasheets for heat sinks, thermal resistance is presented as a performance curve.