JVLM 系列恆定電壓 LED 驅動器接線盒
發佈日期:2019-06-04
ERP Power 的 UL 列名 JVLM 系列 LED 驅動器可在專利的薄型接線盒內整合 60 W 或 100 W 的 Class 2 恆定電壓電源。
PDB 系列 260 W 可編程 LED 驅動器
發佈日期:2018-08-24
ERP Power 的 PDB 系列可編程 LED 驅動器,專為在區域、泛光燈、車庫、道路、隧道、以及其他戶外照明佈設所設計。
PSB 系列 30 W 至 50 W 可編程 LED 驅動器
發佈日期:2018-08-24
ERP Power 的 PSB 系列恆定電流驅動器,具有可編程 Tri-Mode™ 調光與可編程輸出,採用業界最小的覆蓋區。
The Importance of Driver Thermal Design in LED-Based Fixtures
Basic Modes of Heat Transfer
Thermal management in solid‐state lighting applications is a crucial part of the LED design framework because important system parameters like the light quality, output, and lifetime largely depend on it.
When it comes to LED drivers, the most frequently asked question is: What is the best location for mounting the driver? Well, there isn’t just one answer to that question, but there are certainly some factors that could help you determine the most ideal location when installing LED drivers.
Most of the electricity in solid‐state lighting generates about 70% heat and 30% light. This is a critical issue, and certainly, if the heat isn't driven away it can raise the temperature level within the LED system jeopardizing the performance, efficiency, and reliability of the LEDs.
Today, thermal analysis has become a pivotal factor in nearly all modern electronic system designs. The analysis is crucial for system designers to ensure that components don’t overheat in a way that affects the components and the overall functionalities of a system.
A LED driver is an electrical device that regulates the power of a LED or a series of LEDs. But often, they are the most complicated part of a LED system, especially more, when it comes to making the best contact between the driver and the heat sink.

