1W isolated DC-DC converter Fixed input voltage, unregulated single or dual output
Description
A_S-1WR2&B_LS-1WR2 series is designed for use in distributed power supply systems and especially suitable in applications such as pure digital circuits,low frequency analog circuits,relay-driven circuits and data switching circuits,where:
1.The voltage of the input power supply is relatively stable with a variation of±10%Vin or less; 2.An input to output isolation voltage of up to1500VDC is necessary;
3.The requirement for a tight line and load regulation is not as strict.
FEATURES
Specifications
Selection Guide | ||||||
Certification |
Part No. |
Input Voltage (VDC) | Output | Full Load Efficiency (%) Min./Typ. |
Capacitive Load(µF)* Max. |
|
Nominal (Range) | Voltage (VDC) | Current(mA) Max./Min. | ||||
-- |
A0305S-1WR2 |
3.3 (2.97-3.63) |
±5 | ±100/±10 | 70/74 |
100 |
A0312S-1WR2 | ±12 | ±42/±5 | 70/74 | |||
A0315S-1WR2 | ±15 | ±34/±4 | 72/76 | |||
B0303LS-1WR2 | 3.3 | 303/31 | 68/72 |
220 |
||
B0305LS-1WR2 | 5 | 200/20 | 74/78 | |||
A0503S-1WR2 |
5 (4.5-5.5) |
±3.3 | ±152/±15 | 67/71 |
100 |
|
UL/CE |
A0505S-1WR2 | ±5 | ±100/±10 | 76/80 | ||
A0509S-1WR2 | ±9 | ±56/±6 | 76/80 | |||
A0512S-1WR2 | ±12 | ±42/±5 | 76/80 | |||
A0515S-1WR2 | ±15 | ±34/±4 | 76/80 | |||
A0524S-1WR2 | ±24 | ±21/±3 | 76/80 | |||
-- | B0503LS-1WR2 | 3.3 | 303/31 | 70/74 |
220 |
|
UL/CE |
B0505LS-1WR2 | 5 | 200/20 | 76/80 | ||
B0509LS-1WR2 | 9 | 111/11 | 76/80 | |||
B0512LS-1WR2 | 12 | 84/9 | 76/80 | |||
B0515LS-1WR2 | 15 | 67/7 | 76/80 | |||
B0524LS-1WR2 | 24 | 42/5 | 76/80 | |||
-- |
A0909S-1WR2 |
9 (8.1-9.9) |
±9 | ±56/±6 | 76/80 |
100 |
A0915S-1WR2 | ±15 | ±34/±4 | 76/80 | |||
A1203S-1WR2 |
12 (10.8-13.2) |
±3.3 | ±152/±15 | 72/76 | ||
UL/CE |
A1205S-1WR2 | ±5 | ±100/±10 | 76/80 | ||
A1209S-1WR2 | ±9 | ±56/±6 | 76/80 | |||
A1212S-1WR2 | ±12 | ±42/±5 | 76/80 | |||
A1215S-1WR2 | ±15 | ±34/±4 | 76/80 | |||
A1224S-1WR2 | ±24 | ±21/±3 | 76/80 | |||
-- | B1203LS-1WR2 | 3.3 | 303/31 | 72/76 |
220 |
|
UL/CE |
B1205LS-1WR2 | 5 | 200/20 | 76/80 | ||
B1209LS-1WR2 | 9 | 111/11 | 76/80 |
B1212LS-1WR2 | 12 | 84/9 | 76/80 | |||
UL/CE |
B1215LS-1WR2 |
12 (10.8-13.2) |
15 | 67/7 | 76/80 |
220 |
B1224LS-1WR2 | 24 | 42/5 | 76/80 | |||
-- |
A1505S-1WR2 |
15 (13.5-16.5) |
±5 | ±100/±10 | 76/80 |
100 |
A1512S-1WR2 | ±12 | ±42/±5 | 76/80 | |||
UL | A1515S-1WR2 | ±15 | ±34/±4 | 76/80 | ||
CE | B1505LS-1WR2 | 5 | 200/20 | 76/80 |
220 |
|
-- | B1512LS-1WR2 | 12 | 84/9 | 76/80 | ||
CE | B1515LS-1WR2 | 15 | 67/7 | 76/80 | ||
UL/CE |
A2405S-1WR2 |
24 (21.6-26.4) |
±5 | ±100/±10 | 76/80 |
100 |
A2409S-1WR2 | ±9 | ±56/±6 | 76/80 | |||
A2412S-1WR2 | ±12 | ±42/±5 | 76/80 | |||
A2415S-1WR2 | ±15 | ±34/±4 | 76/80 | |||
A2424S-1WR2 | ±24 | ±21/±3 | 76/80 | |||
-- | B2403LS-1WR2 | 3.3 | 303/31 | 70/74 |
220 |
|
UL/CE |
B2405LS-1WR2 | 5 | 200/20 | 76/80 | ||
B2409LS-1WR2 | 9 | 111/11 | 76/80 | |||
B2412LS-1WR2 | 12 | 84/9 | 76/80 | |||
B2415LS-1WR2 | 15 | 67/7 | 76/80 | |||
B2424LS-1WR2 | 24 | 42/5 | 76/80 | |||
Note: * The specified maximum capacitive load for positive and negative output is identical. |
Input Specifications | |||||
Item | Operating Conditions | Min. | Typ. | Max. | Unit |
Input Current (full load / no-load) |
3.3V input | -- | 426/30 | --/70 |
mA |
5V input | -- | 281/25 | --/60 | ||
9V input | -- | 142/20 | --/60 | ||
12V input | -- | 106/15 | --/50 | ||
15V input | -- | 84/10 | --/35 | ||
24V input | -- | 54/7 | --/30 | ||
Surge Voltage (1sec. max.) |
3.3V input | -0.7 | -- | 5 |
VDC |
5V input | -0.7 | -- | 9 | ||
9V input | -0.7 | -- | 12 | ||
12V input | -0.7 | -- | 18 | ||
15V input | -0.7 | -- | 21 | ||
24V input | -0.7 | -- | 30 | ||
Reflected Ripple Current* | -- | 15 | -- | mA | |
Input Filter | Capacitance filter | ||||
Hot Plug | Unavailable | ||||
Note: * Refer to DC-DC Converter Application Notes for detailed description of reflected ripple current test method. |
Mechanical Specifications | |
Case Material | Black epoxy resin; flame-retardant heat- resistant (UL94 V-0) |
Dimensions | 19.50 x 6.00 x 9.30 mm |
Weight | 2.4g (Typ.) |
Cooling Method | Free air convection |