|
|
|
Wide Input, 1500V Isolation,
Regulated, Single / Dual / Triple Outputs
12W DC DC Converters
-25°C to +71°C Operation
Industry Standard 2" x 2" Pinout
|
|
| Part Number |
Input Range (VDC) |
Vout (VDC) |
Iout (mA) |
Eff(min)% |
Eff(typ)% |
|
*** Single Output Models ***
|
| FDD12-03S4 |
10~36 VDC
|
+ 3.3 VDC
|
3000 mA
|
75%
|
78%
|
| FDD12-05S4 |
10~36 VDC
|
+ 5 VDC
|
2400 mA
|
77%
|
80%
|
| FDD12-12S4 |
10~36 VDC
|
+ 12 VDC
|
1000 mA
|
77%
|
80%
|
| FDD12-15S4 |
10~36 VDC
|
+ 15 VDC
|
800 mA
|
77%
|
80%
|
| FDD12-03S5 |
18~72 VDC
|
+ 3.3 VDC
|
3000 mA
|
77%
|
80%
|
| FDD12-05S5 |
18~72 VDC
|
+ 5 VDC
|
2400 mA
|
77%
|
80%
|
| FDD12-12S5 |
18~72 VDC
|
+ 12 VDC
|
1000 mA
|
77%
|
80%
|
| FDD12-15S5 |
18~72 VDC
|
+ 15 VDC
|
800 mA
|
77%
|
80%
|
|
*** Dual Output Models ***
|
| FDD12-05D4 |
10~36 VDC
|
± 5 VDC
|
± 1200 mA
|
77%
|
80%
|
| FDD12-12D4 |
10~36 VDC
|
± 12 VDC
|
± 500 mA
|
77%
|
80%
|
| FDD12-15D4 |
10~36 VDC
|
± 15 VDC
|
± 400 mA
|
77%
|
80%
|
| FDD12-05D5 |
18~72 VDC
|
± 5 VDC
|
± 1200 mA
|
77%
|
80%
|
| FDD12-12D5 |
18~72 VDC
|
± 12 VDC
|
± 500 mA
|
77%
|
80%
|
| FDD12-15D5 |
18~72 VDC
|
± 15 VDC
|
± 400 mA
|
77%
|
80%
|
|
|
*** Triple Output Models ***
|
| FDD12-0512T4 |
10~36 VDC
|
+5 / ± 12 VDC
|
1.5A / ± 0.2 A
|
77%
|
80%
|
| FDD12-0515T4 |
10~36 VDC
|
+5 / ± 15 VDC
|
1.5A / ± 0.16 A
|
77%
|
80%
|
| FDD15-0512T5 |
18~72 VDC
|
+5 / ± 12 VDC
|
1.5A / ± 0.2 A
|
77%
|
80%
|
| FDD15-0515T5 |
18~72 VDC
|
+5 / ± 15 VDC
|
1.5A / ± 0.16 A
|
77%
|
80%
|
4:1 wide input voltage range
I/O Isolation 1500V
Short circuit protection
Operating Temperature: -25°C to +71°C
2 Year Warranty
RoHS Compliance |
The FDD12 series of DC DC converters have been designed
for powering commercial and industrial grade electronic circuits
eg telephone systems, industrial controllers, and small appliances.
The FDD12 series are suitable for applications using standard battery
voltages of 12V, 24V & 48V. The FDD12 series feature excellent efficiency
and good dynamic response to load changes and at start up.
All FDD12 modules are short circuit and no load proof. |
|
| |
| |
| |
|
|
|
|
|
