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Startseite > Technologie-Liste > Thermistor features industry-best current, energy, and power ratings

Thermistor features industry-best current, energy, and power ratings

Updatezeit: 2019-12-20 20:42:03

Thermistor features industry-best current, energy, and power ratings

Ametherm released a new UL-approved circuit protection thermistor that is the industry's first to offer a 277 V rating optimized for applications including LED lighting and ballasts, power factor correction (PFC) circuits, and inrush current control in uninterruptible power supplies (UPS) with ratings under 500 W.

Ametherm's new SL10 10003 thermistor features the highest energy, continuous current, and ambient temperature ratings for any device in its size and class. The device handles steady state current up to 3 A with a maximum received energy rating of 17 J. The device features a dissipation constant of 11 mW/°C and can handle a body temperature of 151°C at 100% of its maximum current rating. Maximum capacitance at the device's 277 V voltage rating is 200 μF.

The SL10 10003 provides a more compact alternative to larger NTC devices or the more expensive combination of a power resistor, relay and timer or implementation of the same functionality with active circuits.

The SL10 10003 thermistor is available direct or through distributors such as Mouser, Digi-Key, Newark element14, and Farnell. Samples and production quantities of the SL10 10003 are available now, with factory lead times of four to five weeks. Volume pricing for U.S. delivery starts at $0.20 per piece.

For more information or to request a sample, visit www.ametherm.com.

AMETHERM is the leading manufacturer of power thermistors. AMETHERM offers the highest level of steady state current rating and the energy handling capabilities offered by the highest rated market. Their excellent long-term stability and rugged construction make them ideal for limiting motor surge currents (1/3HP to 3.0 HP series), medical (power, MRI), safety systems (X-ray machines), transformers (up to 8.0KVA) , Telecom (power up to 4,000 watts out of force) and motor drives, the most cost-effective method.

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