Absolute maximum rating |
Operating conditions |
Input Voltage: 425V Output Power: 825W Storage temperature: -65~135℃ Lead welding temperature(10s): 300℃ Junction Temperature:<150℃ |
Input voltage: 200~400V Working temperature(Tc):-55~100℃ |
No. |
Character |
Symbol |
Conditions ( Unless otherwise specified,-55℃≤Tc≤125℃,VIN=270V) |
Limit value |
Unit |
||||
min |
max |
||||||||
1 |
Input under-voltage/V |
turn-on voltage |
VINL-ONT
VINL-OFF |
TA=25℃ |
185 |
195 |
V |
||
Turn-off voltage |
TA=25℃ |
170 |
180 |
V |
|||||
2 |
Output Voltage |
Vo |
Full-load |
TA=25℃ |
11.88 |
12.12 |
V |
||
Tc=-55℃ TC=100℃ |
11.8 |
12.2 |
|||||||
3 |
Output Current |
Io |
Vin=200V~400V |
- |
62.5 |
A |
|||
4 |
Voltage regulation |
Sv |
200V 400V, Full-load TA=25℃、 Tc=-55℃ and TC=100℃ |
- |
±0.20 |
% |
|||
5 |
Load regulation |
S1 |
No-load Full-load TA=25℃、 Tc=-55℃ andTC=100℃ |
- |
±0.50 |
% |
|||
6 |
Output voltage regulation range |
VTR |
TA=25℃,Full-load |
-20 |
10 |
% |
|||
7 |
Output ripple voltage |
VPP |
BW≤20MHz, full-load, peak-peak TA=25℃、 Tc=-55℃ and TC=100℃ |
- |
200 |
mV |
|||
8 |
Output over-voltage protection point |
VOVP |
TA=25℃,design guarantee |
13.2 |
15.6 |
V |
|||
9 |
Output current for over-current protection |
Iimax |
TA=25℃ |
69 |
81 |
A |
|||
10 |
efficiency |
η |
Vin=270V,full load, TA=25℃ |
92 |
- |
% |
|||
a test only be needed when identified inspection or parameters are effected by changing process; b design guarantee, do not require test |
characteristics |
conditions ( Unless otherwise specified ,-55℃≤Tc≤125℃,VIN=270V±10V) |
criteria |
Using function |
ON/OFF voltage is over 2.4V, TA=25℃ |
No output |
ON/OFF voltage is lower than 0.7V or hung in the air, TA=25℃ |
Normal Output |
Pin |
Symbol |
Designation |
1 |
SyncIn |
Synchronizing signal Input |
2 |
SyncOut |
Synchronizing signal Output |
3 |
ON/OFF(+) |
Positive Enabling(relative to ON/OFF(-)) |
4 |
ON/OFF(-) |
Negative Enabling(isolation common) |
5 |
Vin(+) |
Positive Input |
6 |
Vin(-) |
Negative Input |
7 |
Vaux |
Auxiliary power output(relative to output common) |
8 |
Start Sync |
Synchronizing signal start
|
9 |
I Share |
Paralleled current sharing Signal |
10 |
TRIM |
Output voltage regulation
|
11 |
SENSE(+) |
Positive Output Induction |
12 |
SENSE(-) |
Negative Output Induction |
13 |
Vout(-) |
Negative Output |
14 |
Vout(-) |
Negative Output |
15 |
Vout(-) |
Negative Output |
16 |
Vout(+) |
Positive Output |
17 |
Vout(+) |
Positive Output |
18 |
Vout(+) |
Positive Output |
Symbols |
mm Unit/mm |
||
Minimum |
Typical |
Maximum |
|
A |
- |
- |
119.52 |
B |
- |
- |
63.64 |
C |
- |
- |
13.05 |
e1 |
- |
6.35 |
- |
e2 |
- |
3.81 |
- |
e3 |
- |
10.16 |
- |
e4 |
- |
1.27 |
- |
e5 |
- |
45.72 |
- |
e6 |
- |
80.01 |
- |
Φb1 |
0.90 |
- |
1.10 |
Φb2 |
1.80 |
- |
2.20 |
P |
- |
106.70 |
- |
Q |
- |
50.80 |
- |
L |
3.00 |
- |
- |
Mb |
- |
2.5 |
- |