Embedded PoE PD Module offers high DC/DC conversion efficiency.
Press Release Summary:
July 8, 2014 - As fully integrated and isolated Power over Ethernet (PoE) + PD modules, PDI modules are compliant with IEEE802.3af-2003 and operate from -40 to +85Â°C. DC/DC conversion efficiency reaches up to 89% (PDI-50) and 92% (PDI-12) in full load condition, promoting power strength and reliability while minimizing thermal issues. Multi-Layer Ceramic Capacitors (MLCCs) help PD module survive in critical environment, and direct support for alternative A/B mode is standard.
Original Press Release
Industrial Temperature Embedded PoE MODULE with Ultra High DC/DC Converting Efficiency
Press release date: June 1, 2014
The high DC/DC converting efficiency can have excellent performance in power strength, thermal and reliability. PDI can extract more power to target system and much lower efficiency consumption to improve heat accumulation of target system. The low risk of thermal issue can have a great help in reliability of target system and PD module. PDI modules are more suitable for heavy power target systems with lower thermal issue.
Specially, PDI modules can support more critical operating conditions, like higher temperature environments and sealed housing. All of capacitors of PDI are Multi-Layer Ceramic Capacitor (MLCC). MLCC can help PD module to survive in critical environment (higher / lower temperature) and has no risk of Electrolytic Capacitor (EC). PDI modules are suitable for high reliability, stability and long life cycle target systems in PoE environments.
An ease of use module can improve the design phase for system designer, PDI modules are designed in this way. Support alternative A / B mode directly, lower extra cost (one extra decoupling capacitor is needed) and Fast / Gigabit Ethernet environments. PDI modules can improve design schedule efficiently and be a robust power source in PoE applications.
Welcome to visit Befact Technologies’ website (http://www.befact.com.tw) and contact us to get more detail information.