POWER MANAGEMENT Bourns unveils an enhanced high inrush current limiter solution

Related Vendors

EA Elektro-Automatik GmbH & Co. KG

Finepower GmbH

Microchip LTD

Bourns, Inc., a global manufacturer and supplier of electronic components for power, protection, and sensing solutions, today unveiled its POWrTherm™ NTC Thermistor product line designed to deliver enhanced and efficient high inrush current limiting capabilities. The new line includes seven series. These models offer a wide resistance range along with multiple board disc diameter options so that customers can select the right product for their specific application requirements and various market needs.

Bourns POWrTherm™ NTC Thermistors features unique construction which utilizes various metal oxides to form the polycrystalline NTC thermistor bodies that provide superior capabilities in suppressing high inrush currents. The seven POWrTherm™ series offer equivalent capacitance up to 1500 μF@240 VAC and a maximum current up to 15 A. In addition, the new model families are housed in radial leaded through-hole packages and are UL and/or TÜV recognized depending on the specific series. The new line is also available in different disc sizes to meet various market segment requirements from consumer to industrial, for applications such as Switched-Mode Power Supplies (SMPS),DC motors, amplifiers and transformers.

sponsoredMATERIALS FOR POWER MODULE ASSEMBLY

How to increase high reliability operation for power devices

"At Bourns, we have extensive power protection expertise, and set out to provide a different and efficient technology approach to suppress inrush current with our POWrTherm™ Power NTC Thermistor products," said Shawn Yu, product line manager at Bourns Protection Division. "Our new POWrTherm™ NTC Thermistor solutions utilize the high initial resistance of negative temperature coefficient characteristics to effectively control and minimize unwanted inrush current. This feature proves beneficial in mitigating the potentially harmful effects of excessive current at startup. Additionally, during regular operation, the resistance of our POWrTherm™ devices significantly decreases, allowing for improved efficiency across a wide range of applications. As power demands continue to grow in modern end products, achieving enhanced efficiency has become increasingly critical."

(ID:49517705)