Overview of THS501R0J by TE Connectivity
The THS501R0J is a through-hole wirewound resistor from TE Connectivity, featuring a resistance value of 1 ohm, a power rating of 50 watts, and a tolerance of 5%. It is designed with a chassis mount configuration and packaged in a rectangular shape that supports easy integration into a variety of devices. This resistor is characterized by a temperature coefficient of 50 ppm/°C, indicating its capability to withstand significant temperature variations with minimal impact on performance.
The part is ROHS compliant, ensuring that it meets the necessary European standards for restriction of hazardous substances. This specific model is part of the THS series and is interesting for its high working voltage up to 1250 volts, making it suitable for high-voltage applications. It is not a surface-mount device but instead comes with lug terminals ensuring sturdy and reliable mechanical attachment to a device chassis. The part’s life cycle is marked as “Transferred”, which suggests that though it may still be available, it might be in the process of being phased out or shifted in terms of manufacturing strategy.
With a rated power dissipation of 50 watts under specified conditions and an additional feature prominently specifying its power rating with a heatsink, this resistor is engineered for durability and reliable performance in demanding conditions. Lead time from the factory is currently about 17 weeks and 2 days as of this writing.
Industry Applications for THS501R0J
The THS501R0J wire wound resistor has potential across various industries due to its specific technical attributes. The following use cases are conceptual and would necessitate a thorough validation by engineering teams specific to each domain:
- Aerospace and Defense: The high rated working voltage and robustness against temperature changes might make it suitable for aerospace avionics where stability and reliability are critical. Performance at various altitudes and conditions could potentially be supported by its temperature coefficient specification.
- Computing and Data Storage: In server farms or large computing interfaces, managing power distribution efficiently and safely is crucial. The high power rating and resistance stability of this resistor could make it potentially useful in power supply modules, assisting in voltage regulation and power management.
- Telecommunications: For telecommunications equipment which often requires stable operations over a range of temperatures and voltages, the temperature coefficient and high voltage rating of this resistor may prove beneficial in maintaining the performance of communications hardware.
Each of these potential applications are illustrative and necessitate thorough analysis and verification by engineering and design teams to conform to specific industry standards and operational requirements.
About TE Connectivity
TE Connectivity is a notable leader in the field of electronic components, providing a wide range of products including sensors, connectors, relays, and resistors. Within the domain of resistors, and specifically Wire Wound Resistors, TE Connectivity offers a plethora of options like the THS501R0J. Their wire wound resistors are recognized for their reliability and precision, making them suitable for a variety of demanding applications across multiple industries. TE Connectivity’s commitment to quality and adherence to strict manufacturing standards ensures that their products, including the THS series, meet the stringent requirements necessary for advanced technological solutions.
Where to Find THS501R0J by TE Connectivity
To purchase the THS501R0J or explore similar Wire Wound Resistors, a visit to FindChips.com can provide details on current availability, pricing, and distributor options. Historically, this part has been available from distributors such as Master Electronics, Avnet Abacus, RS, Mouser Electronics, Avnet Americas, DigiKey, and Newark. Since stock levels and availability can vary, checking the latest information on FindChips.com can provide the most up-to-date guidance.