© 2011 Fairchild Semiconductor Corporation
10
FEBFSB127H_T001 • Rev. 1.0.0
5.8.
Power Saving
5.8.1.
Test Condition
The input wattage is < 1W in Standby Mode with 0.5W loading for 2010 EuP.
The input wattage is < 0.5W in Standby Mode with 0.25W loading for 2013 EuP.
5.8.2.
Test Result
FSB127H
Input Watts
Output Watts
A. When
V
IN
= 230V
AC
, with 0.5W Loading
0.713W
0.5W
When
V
IN
= 240V
AC
, with 0.5W Loading
0.715W
0.5W
When
V
IN
= 264V
AC
, with 0.5W Loading
0.733W
0.5W
B. When
V
IN
= 230V
AC
, with 0.25W Loading
0.384W
0.25W
When
V
IN
= 240V
AC
, with 0.25W Loading
0.389W
0.25W
When
V
IN
= 264V
AC
, with 0.25W Loading
0.406W
0.25W
C. When
V
IN
= 230V
AC
, with No Loading
53mW
x
When
V
IN
= 240V
AC
, with No Loading
56mW
x
When
V
IN
= 264V
AC
, with No Loading
68mW
x
5.9.
Efficiency
5.9.1.
Test Condition
Measure efficiency at minimum, mid-point, and maximum loading.
5.9.2.
Test Result
FSB127H
Input Watts
Output Watts
Efficiency
When V
IN
= 115V, at 100% Load
20.62W
16W
81.17%
When V
IN
= 115V, at 75% Load
15.28W
12W
82.42%
When V
IN
= 115V, at 50% Load
10.02W
8W
82.51%
When V
IN
= 115V, at 25% Load
5.07W
4W
81.70%
When V
IN
= 230V, at 100% Load
20.78W
16W
81.40%
When V
IN
= 230V, at 75% Load
15.11W
12W
82.24%
When V
IN
= 230V, at 50% Load
10.15W
8W
80.45%
When V
IN
= 230V, at 25% Load
5.18W
4W
78.62%