FLEX ATX Switching Power
Supply
FSP220-60LE Flex 220 ATX
P/N: 9PA2201112
Active PFC & RoHS Compliant, 80%+ Efficiency
WxHxL: 3.2x1.6x6-inch (81.5x40.5x150mm)
PS-FLX-FSP220-60LE
Links:
Connectors:
- 1x 20+4-pin Main Connector
- 1x 4-pin P4 (2x2)
- 2x 15-pin SATA Power
- 3x 4-pin Peripheral / IDE Power
- 1x
4-pin Floppy Power
Features:
-
80Plus Certified
-
Supports AMD/Intel CPU System
-
220-Watt Continuous Output
-
40mm Cooling Fan System
-
Thermal Control System Linked to Fan
-
Energy Saver, 1-Watt Standby Mode
-
High Power Conversion Efficiency
-
Active PFC, Full Range Input
Specification:
Cooling Fan(s): |
Single, 40mm
ball-bearing fan linked with Thermal Sensor |
Total Output Power: |
220-Watt Total
Continuous Output @ 30°C |
NVIDIA SLI Support |
N/A |
AMD/ATI Crossfire
Support: |
N/A |
80Plus Certified: |
Yes, 80Plus Certified |
Modular Cable: |
N/A |
Safety Approval: |
UL, NEMKO, TUV, CSA,
IEC, CE |
MBTF: |
100,000 Hours @
Typical |
Unit Size: |
80.0mm (W) X 150.0mm
(D) X 40.0mm (H) |
Unit Weight: |
3.0 ls (S) |
Input Characteristics:
- Input Range: 115V AC ~ 230V
AC
- Frequency: 47 ~ 63Hz
- Power Factor
Correction (PFC): Active PFC, Full Range
- Input Current:
5.0A @ 115 Vrms, 60 Hz
3.0A @ 230 Vrms, 50 Hz
- Input Protection:
Patented Input Fuse Protection
Output Characteristics:
Output Voltage |
Minimum Load |
Normal Load |
Maximum Load |
Load Reg. |
Line Reg. |
Ripple Noise |
+3.3V |
0.5A |
---
|
14A |
± 5% |
---
|
50mV |
+5V |
0.5A |
--- |
16A |
± 5% |
--- |
50mV |
+12V1 |
1.0A |
---
|
16A |
± 5% |
---
|
120mV |
+12V2 |
1.0A |
--- |
10A |
± 5% |
--- |
120mV |
-12V |
0.0A |
---
|
0.8A |
± 10% |
---
|
120mV |
+5Vsb
|
0.0A |
--- |
2.5A |
± 5% |
--- |
50mV |
>
220W (50°C): +3.3V, +5V, and +12V total output cannot exceed 207W
>
250W (25°C):
+3.3V, +5V, and +12V total output cannot exceed 237W > The +12V1 and +12V2 total output shall not exceed 17A
>
+3.3V and +5V
total output not exceed 110W
>
Total output
for this subject power supply is 250W > Ripple and noise measurements shall be made under all specified
load conditions through a single pole low pass filter with 20MHz cutoff frequency. Outputs
shall bypassed at the connector with a 0.1uF ceramic disk capacitor and a 10uF
electrolytic capacitor to simulate system loading. |
|