Source ENERMAX Platimax perfectly exhausted all possibilities of optimization of DC, but that its advantages far from over. Since the DC circuit is already at the top of its technology are engineers Enermax focused on developing more efficient transformer. Thus a layout " Dynamic Hybrid Transformer Topology "Which can be divided into three main parts.
First resonant dynamic transformer array
It is based on a highly efficient resonant topology that is used as LCD monitors. The main noticeable change is added to the PCB resonant choke.
Second dynamic voltage increase transformation
First, the capacitors are charged by alternating current (AC) from the wall, with the help of which ensure a continuous supply AC DC power transformers by PC. Hitherto, capacitors charged statically, so that there at low sampling to excessive losses. Enermax series capacitors are charged Revolution87 + dynamic voltage - depending on the desired system performance. With the resources Enermax significantly increase its effectiveness.
Third dynamic frequency transformation
Transformers optimize alternating current up or down. During this time you will lose some power. Companies Enermax managed to optimize this process using dynamic frequencies. Transformers operate with a wider frequency range in accordance with the variable consumption of system components. With the resources Enermax significantly reduce their energy loss.
Source ENERMAX Platimax you through the installation please modular cabling . Does it even so cleverly done by the cables, which uses each computer has fixed. This allows you to eliminate the clutter in the closet and better optimize airflow. The fact that it is a source of future needless doubt on his body, moreover, see 10/12pinové connectors for future energy-consuming components.
In addition to the incredible performance takes Enermax Platimax peak efficiency, which in the conditions of 230 V network ranges from 90-95%. Moreover, it requires no minimum order, so it is a great tool for a variety of hybrid CPU/GPU solution. With an improved and highly efficient 5V standby (+5 VSB) circuit ensures, in combination with ErP/EuP Lot 6 motherboard less than 1 W consumption in standby mode . Cooling from 13.9 cm fan with patented Twister Bearing Technology then performs efficient and ultra quiet cooling, backed by long life fan. He spins at low loads only very slowly, so it is very quiet - as another advantage of high efficiency, minimal waste heat.
Source foursome includes 12 branches of power, the maximum individual load current is 25 A, the combined load of at most the sum of 62 A, with absolutely minimal ripple. Enermax Platimax simply a premium source, as evidenced, for example, that despite the ostensible maximum power of 750 W is capable of over sixty seconds to deliver 825 W. As well as a complete set Japanese electrolytic capacitors, which are able to operate up to 105 ° C ambient temperature.
Among other interesting functionalities can be named SpeedGuard fan speed control, which ensures optimal cooling and minimum noise. Function HeatGuard takes care and spin the fan 30 to 60 seconds after turning off the computer for longer service life of components. CordGuard ensures the power cord connected to unintentional removal, for example when cleaning. And last, SafeGuard includes a broad set of protections against fluctuations and surges in the network.
Format: ATX 2.3
Power: 750 W continuous (825 W for a maximum of 60 seconds)
Input: 100-240 V AC
PFC: Active (PF = 0.99)
Other features: power switch, detachable cables
Life span: 100,000 hours
Low load (20%): 91.00%
Typical load (50%): 92.20%
Maximum load (100%): 89.39%
Complies with 80PLUS PLATINUM
Fan Dimension: 139 mm
Bearings: Twister Bearing (patented)
Speed: 300 - 1000 rev./Min
1x 24-pin ATX Power (55 cm, fixed)
1x 8-pin EPS Power (60 cm, fixed)
1x Power EPS (ATX) 8 (4 +4) pin (60 cm, fixed)
8x 4-pin Molex HDD (removable)
1x FDD Molex 4-pin (detachable)
12X Serial ATA 5-pin (detachable)
PCI Express 4x 8 (6 +2) pin (detachable)
Maximum current consumption:
+3.3 V: 24 A
+5 V: 24 A
+12 V: 62 A (25 A V1/V2 25 A/25 A V3/V4 25 A)
-12 V: 0.5 A
+5 Vsb: 3.0 A
OCP (Over Current Protection/overcurrent protection)
OVP (Over Voltage Protection/Surge Protection)
UVP (Under Voltage Protection/undervoltage protection)
OPP (Over Power Protection/Overload Protection)
OTP (Over Temperature Protection/Protection against overheating)
SCP (Short Circuit Protection/short-circuit protection)
SIP (Surge Protection and Inrush/SURGE)
CordGuard: security cable, eliminating the unwanted extraction
HeatGuard: turning the ventilator 30 to 60 seconds after turning off the computer for a longer service life of components
SpeedGuard: fan speed control
SafeGuard: protection system mentioned above
Hybrid Transformer Topology
ErP Lot 6 ready! (<1 W consumption in stand-by mode)
ENERGY STAR 5.0 ready!
Four 12 branches, each with a single overvoltage protection
DXXI ready! - Supports DX11 graphics cards due to (6 +2 pin connectors)
10/12P connectors for future energy-consuming components
Top Japanese electrolytic capacitors, marked up to 105 ° C
Non-Stop operation up to 50 ° C ambient temperature
150 x 175 x 86 mm
Modular cables, bag of modular cables, cable ties