
Next generation hydrogen powered drones are doing search and rescue and saving lives
Doosan Mobility’s life-saving drones using hydrogen fuel cells and high-density power modules, enabling 5x longer flight time than lithium ion batteries
Delivery UAVs must safely and securely deliver goods to their intended recipients wherever they are located. The longer the range and ability to handle heavier and larger loads, the more productive these UAVs can be. Because they can operate in congested and complex areas, they must be absolutely safe. They need to incorporate redundancies on multiple layers to avoid harming people, damaging property, or losing their valuable cargo. That requires providing power to redundant systems like motors, GPS for navigation, vision systems, and other sensors for flight and flight termination.
Power dense and lightweight ZVS Buck and Buck-Boost products are ideally suited to enable delivery UAVs to extend their flight times without taking up valuable payload space and weight. PI37xx and PI33xx products are so dense that designers can include multiple point-of-load converters to save on cabling while powering multiple devices with multiple power buses to create the redundancy needed to ensure safe and reliable delivery operations.
入力電圧: 12V (8 – 18V), 24V (8 – 42V), 48V (30 – 60V)
出力電圧: 2.2 – 16V
出力電流: 最大22A
ピーク効率: 最大98%
10.0 x 10.0 x 2.56mm 他
Next generation hydrogen powered drones are doing search and rescue and saving lives
Doosan Mobility’s life-saving drones using hydrogen fuel cells and high-density power modules, enabling 5x longer flight time than lithium ion batteries
Ampaire社の環境に優しい空の旅
Ampaire社は、CO²排出量を削減する、環境に優しいハイブリッド電動航空機を開発しています。
Dragonfly社は、海上通信の構築に、新しい有線ドローンでどのように挑んだのか
DPI社の有線ドローンは、最高500フィートの高度で運用でき、船舶無線の見通し距離を8マイルから最大30マイルまで延ばすことができます。
Where fixed-ratio converters fit in high-power delivery systems
The density and efficiency of a fixed-ratio converter plays a critical role in enabling PDN architecture to deliver high performance