Boston, MA 09/19/2014 (wallstreetpr) – General Electric Company (NYSE:GE)’s CPB or Critical Power business added yet another product to its portfolio. CPB announced today that it introduced a new rectifier with special characteristics including conduction cooling, lesser height and CCR0512FP 12-volt power. The new rectifier brought by the company to the market is half the altitude than the generally-available, conventional rectifiers.
Specifications of the new Rectifier
The General Electric Company (NYSE:GE) said that the new rectifier is just the size of a tablet and has the capability of delivering 19 watts per cubic inch high-efficiency power. The rectifier will be able to give power to the telecom applications as well as low-end data apps, which include network design equipment, network routing and semiconductor test equipment, along with the thin-client workstations.
This is the front-end rectifier which offers following features:
- 8% efficiency
- Noise-less and fan-less conductive cooling
- Auxiliary support
- Compact device
Betterment Guaranteed
General Electric Company (NYSE:GE) explained that the new rectifier is far better than all the predecessors available in the market today. The CCR0512FP rectifier of GE is acclaimed as the reliable solution because of being fan-less and a product of typical power supply. Because of the absence of fan, this rectifier eliminates any kind of audible noise.
The second feature- conduction cooling, allows the designers to also keep in mind, other options in terms of cooling (convection, air and liquid included).
Sleek Design; More Power
In context with the design of the new rectifier, the VP of power product line, CPB, General Electric Company (NYSE:GE), Karim Wassef said that the purpose of modern day OEMs is to seek smaller and slimmer components for the betterment of designs.
He added that the conduction cooling rectifier with fan-less technology and height-reduction quality enabled the industry to get access to OEM-capable product that can also get upliftment easily in today’s field.
