The FPA600-150R-K is a 150 Ohm, 600W thick film power resistor manufactured by Ohmite. It is designed for high power dissipation and reliable performance in demanding applications.
Applications:
- Power Supplies: Used as bleeder resistors, current limiting resistors, or load resistors in power supply circuits.
- Motor Control: Employed in motor drives as dynamic braking resistors.
- Inverters: Found in inverters for current limiting and voltage dropping.
- Heaters: Used as heating elements for controlled heating applications.
- Load Banks: Used in load banks for testing power sources and systems.
Features:
- High Power Rating: Capable of dissipating up to 600W of power.
- Thick Film Construction: Provides excellent stability and reliability.
- Non-Inductive Design: Minimizes inductance for high-frequency applications.
- TO-247 Package: Offers easy mounting and efficient heat dissipation.
- RoHS Compliant: Meets environmental standards for hazardous substances.
Benefits:
- High Power Dissipation: Handles significant amounts of power without failure.
- Reliable Performance: Provides consistent and stable operation over a wide temperature range.
- Efficient Heat Transfer: TO-247 package facilitates effective heat removal.
- Wide Resistance Range: Available in various resistance values to meet diverse application requirements.
- Safe Operation: Designed with safety features to prevent thermal runaway.
Additional Details:
The FPA600-150R-K resistor has a resistance value of 150 Ohms and a tolerance of typically 5%. The TO-247 package allows for direct mounting to a heatsink to maximize heat dissipation. It is crucial to use appropriate thermal management techniques, such as using thermal grease and a suitable heatsink, to ensure the resistor operates within its specified temperature range. This resistor is suitable for applications where high power dissipation and long-term reliability are essential. Its non-inductive design makes it suitable for use in high-frequency circuits. Consult the datasheet for detailed specifications, including derating curves and thermal resistance values, to ensure safe and reliable operation under various operating conditions.