TDK-Lambda CC-E 6W Surface Mount DC/DC Converter 5V Output, 300mA, 9V Max Input CC6-0505SR-E

TDK-Lambda CC6-0505SR-E DC/DC Converter is a 6W single output converter designed for surface mount applications. It provides a stable 5V DC output with up to 300mA current from a supply voltage range of 4.5V to 9V DC.

This converter features a compact metal case that helps reduce radiated electromagnetic interference (EMI), making it suitable for industrial environments. Its self-contained design eliminates the need for external components, simplifying system configuration.

The CC6-0505SR-E operates efficiently with a typical efficiency of 79%, offering reliable power conversion for industrial, test, measurement, broadcast, and process control applications. Its electrical isolation voltage is rated at 500V AC, providing protection and safety in diverse system setups.

With a temperature operating range from -40°C to 85°C, this device ensures consistent performance in harsh thermal conditions. Its 7-pin package and surface mount format optimize PCB space and assembly efficiency.

This converter supports multiple input voltage configurations from 4.5V to 9V DC. Output voltage is adjustable between 4.75V and 6V. Compact dimensions of length 22.86mm, width 21.1mm, and depth 8.8mm. Single output with 300mA current capability.

Metal enclosure for EMI reduction and enhanced durability. Suitable for process control, test and measurement, broadcast, and general industrial use. Surface mount package reduces PCB footprint and is lightweight. No external components needed, enabling easier integration.

The product is manufactured in Japan, ensuring high quality and reliability. This DC/DC converter is part of the CC-E series, which includes various power and voltage options to suit multiple applications.

EnvMart offers this TDK-Lambda DC/DC Converter to meet the rigorous needs of electronic system designers and industrial manufacturers. Explore more DC/DC Converters in the Electronics & Electricals category to find the ideal components for your power supply requirements.