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TNN 500A 热管机箱(1)

晨怡热管 2006-12-28 4:22:36

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Aluminum Heatsink Case

The TNN 500A consists of two large aluminum heatsink plates. These heatsink plates transfer all heat from the GPU, CPU, etc., to the exterior through natural convection. Since natural convection requires no moving components, a system equipped with TNN 500A is absolutely silent and has an unlimited life cycle. It is also 100% recyclable, making it environmentally friendly.

Heatpipe CPU Cooler

The CPU cooler in the TNN 500A transfers heat from the CPU to the heatsink case using six 6mm heatpipes. Since this CPU cooling solution does not require any power source or fan, the cooler is absolutely free from noise and has an unlimited life cycle. The six heatpipes transfer about 150W from the CPU, which is ample cooling even for the hottest CPUs on the market. The CPU block is made of pure copper to ensure the highest cooling performance.

Heatpipe VGA Cooler

The VGA cooler in the TNN 500A transfers heat from the GPU (VPU) to the heatsink case using four 6mm heatpipes. Since this VGA cooling solution does not require any power source or fan, the cooler is absolutely free from noise and has an unlimited life cycle. These four heatpipes drain enough heat from the GPU (VPU) at the rate of 1000W, to cool the hottest video cards on the market.

No-Fan Power Supply

The PSU in the TNN 500A employs Multi PCB Transformer technology, high-efficiency FETs, and Heat Source Contact technology to pump out enough power (400W/sec) without any help from an active cooling device. The heat from the PSU components is transferred to the heatsink case through an aluminum panel, which is in direct contact with the heatsink case. This PSU features a lifespan of 50,000 hours and an impressive 78% AC/DC conversion efficiency, which is about 10% higher than most power supplies.

Power Supply Electrical Specifications and Output Power Cable

Power Supply Electrical Specifications and Output Power Cable

Power Supply Electrical Specifications (Model : TNN400APF - V2)

AC Input Range	Voltage	100VAC ~ 240VAC ±10%		Output V.	Output Load Range			Combined (Imax)
AC Input Range	Frequency	50Hz~60Hz		Output V.	Imin	Imax	Ipeak	Combined (Imax)
AC Input Current (Sustained)	115VAC	8A		+5VSB	0.0A	2A	2.5A
AC Input Current (Sustained)	230VAC	5A		+3.3VDC	1A	20A		180W	380W
Inrush Current Limit (@ 25°C Cold Start)	115VAC	70A		+5VDC	2A	20A		180W
Inrush Current Limit (@ 25°C Cold Start)	230VAC	50A		+12VDC	1A	18A		216W
Efficiency	75% Min. @ 230VAC (Full Load)			+12VDC	0.0A	16A		216W
DC Output Voltage Stability	Output V.	Stable Range	Under Full Load	-12VDC	0.0A	0.6A
	+5VSB	±5% +4.75V~+5.25V		-5VDC	0.0A	0.3A
	+3.3VDC	±5% +3.14V~+3.45V
	+5VDC	±5% +4.75V~+5.25V
	+12VDC	±5% +11.4V~+12.6V
	+12VDC	±5% +11.4V~+12.6V
	-12VDC	±10% -10.8V ~-13.2V
	-5VDC	±10% -4.50V~-5.50V
DC Output Ripple & Noise	Output V.	Standard Range	Under Full Load	Protection Features
	+5VSB	80mV		Over-Voltage Protection(OVP)
	+3.3VDC	80mV		Over-Current Protection(OCP)
	+5VDC	80mV		Under--Voltage Protection(UVP)
	+12VDC	120mV		Short-Circuit Protection(SCP)
	+12VDC	120mV		EMC(EMI & EMS)
	-12VDC	120mV		FCC Part 15 Class 'B', CISPR22 Class'B'
	-5VDC	100mV		UL, CE, MIC

Output Power Cable

[Cable Length & Name of Connectors]

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