Recom ac dc

We use the latest advances in switching controllers, topologies and components to create power supplies with double the power density than previously possible without sacrificing safety, reliability, efficiency or performance. In particular, we focus recom ac dc no-load and light-load efficiency in all of our new designs.

In a world striving to reduce its carbon footprint, electric vehicles EVs and e-mobility represent the future of transportation. To ensure the cost-effectiveness of battery-powered vehicles, it is crucial that electric vehicle chargers are highly efficient and economical. Charging wall boxes and charging stations, which are often installed in overvoltage category three OVC III environments, face challenges such as significant dips, surges, and transients caused by lightning strikes. It is imperative that power supplies for these applications can withstand such conditions. Efficient power supplies and supporting components play a vital role in ensuring the sustainability and viability of e-mobility solutions. Our cost-effective modules are fully certified and come with various output options.

Recom ac dc

.

Open Frame 2"x3", Open Frame 1. PCB mounted. Screw Terminal.

.

They can be used for many different reasons and provide, in a simple way, all different voltages used by electronic components in one single board. Voltages generated from a battery decrease over time. A good example of this would be a 12V battery that usually has a voltage range from 14V down to 9V. This is important to prevent a sensitive component from interferences coming from other components. One of the main applications for isolated circuits is found in the medical industry. Larger, centralized power supplies can have significant voltage drops, and are expensive and inflexible. The immense technical progress of new circuits, components, and materials has made it possible to increase the performance and to improve the thermal behavior, while simultaneously substantially reducing the size, weight and cost of power supplies. Modular vs.

Recom ac dc

Resource Library Filter. Explore our new filter page where you can navigate through a vast collection of material. Custom Power Supplies.

Pithy crossword clue

Search now. Parametric Search Find products based on key specification criteria. Potted 2"x1. Open Frame 2"x4", Enclosed 2"x4", Open Frame 2"x3". Open Frame 5"x3", Enclosed 5"x3". This is not just to meet the latest regulatory requirements but also because we understand that saving energy is important to our customers as many applications switch automatically into standby to reduce the power consumption. This makes it an excellent choice for auxiliary converters in outdoor battery charging stations and general industrial applications. It is imperative that power supplies for these applications can withstand such conditions. Focus New. Screw Terminal. Send Message.

We use the latest advances in switching controllers, topologies and components to create power supplies with double the power density than previously possible without sacrificing safety, reliability, efficiency or performance. In particular, we focus on no-load and light-load efficiency in all of our new designs.

In particular, we focus on no-load and light-load efficiency in all of our new designs. Efficient power supplies and supporting components play a vital role in ensuring the sustainability and viability of e-mobility solutions. Enclosed 3"x2", Open Frame 3"x2". THT, Screw Terminal. In a world striving to reduce its carbon footprint, electric vehicles EVs and e-mobility represent the future of transportation. They are ideal for auxiliary supplies in battery charging and monitoring systems. Open Frame 7. The modules comply with EMC standards without the need for external filters and offer low power consumption in no-load and standby modes. RACK Focus. Open Frame 2"x4", Enclosed 2"x4". Potted IP Potted 2"x1. RACD03 Focus. Privacy Policy. Charging wall boxes and charging stations, which are often installed in overvoltage category three OVC III environments, face challenges such as significant dips, surges, and transients caused by lightning strikes.