SMT Common Mode Choke offers custom design opportunities.
January 16, 2013 -
Designed for AC power line filtering and EMI suppression in switch-mode power supplies, RL-9250 can operate from -40 to +105°C and supports custom engineering. Surface mount common mode choke, offering inductance values from 0.075–12.0 mH and dielectric withstanding voltage rating of 2,000 Vac line-to-line, is engineered to function in diverse environments.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
|Original Press Release |
Renco Electronics, Inc.
595 International Place
Rockledge, FL, 32955
Renco Opens 2013 with Common Mode Choke Showcase
Rockledge, Fla. – Custom electronics design manufacturer Renco Electronics continues their momentum into 2013 by announcing a new model to their already successful line of existing products. The RL-9250 is a surface mount common mode choke with rugged durability and high capacity for custom engineering.
Among its many features, the RL-9250 boasts a large inductance value range from 0.075 mH to 12.0 mH, high resonant frequency, and dielectric withstanding voltage rating rated at 2000 VAC line-to-line. In addition, the 9250 can operate at a large temperature range of -40°C - +105°C, making it an extremely versatile product with the ability to function in just about any environment.
The RL-9250 is specifically designed for AC power line filtering and EMI suppression in switch-mode power supplies. The 9250 is available from Renco now and is priced to meet any budget.
Since 1955, Renco Electronics has remained a leading electronics manufacturer, determining the best solution for meeting for diverse power needs. Renco magnetic components are found inside a wide range of products from household appliances and LED lights to back up generators on the international space station. Regardless of quantity, Renco can rapidly fulfill all of your orders. The company has manufacturing operations in the U.S. and Asia. Visit www.RencoUSA.com for more information.
CK Communications, Inc.