Data Sheet

GAPTEC-Electronic GmbH & Co. KG
[e-mail] – www.gaptec-electronic.com
Page 2 of 3
LMS78_0.5R – Rev. 2017-2.5
Specications subject to change without notice.
LMS78_0.5R Series
Wide Input Non-Isolated & Regulated, Single Positive/Negative Output
Part Number Input Voltage [VDC]
Nominal (Range)
Output Voltage
[VDC]
Output Current
[mA]
Eciency
[%, min/typ]
Max. capacitive load
[µF]
LMS78_03-0.5R 24 (4.75-36) 3.3 500 78/81 680
LMS78_05-0.5R 24 (6.5-36)
12 (7-31)
5
-5
500
-300
82/85
78/81
680
330
LMS78_09-0.5R 24 (12-36) 9 500 87/90 680
LMS78_12-0.5R 24 (15-36)
12 (8-24)
12
-12
500
-150
89/92
82/85
680
330
LMS78_15-0.5R 24 (19-36)
12 (8-21)
15
-15
500
-150
90/93
82/85
680
330
Typical characteristics
Typical application circuit
LMS78
LMS78
LMS78
LMS78
Part number C1,C3
(Ceramic Capacitor)
C2,C4
(Ceramic Capacitor)
LMS78_03-0.5R 10μF/50V 22μF/10V
LMS78_05-0.5R 10μF/50V 22μF/10V
LMS78_09-0.5R 10μF/50V 22μF/16V
LMS78_12-0.5R 10μF/50V 22μF/25V
LMS78_15-0.5R 10μF/50V 22μF/25V
Note:
1. C1 and C2 are required and should be connected close to the pin terminal
of the module.
2. The capacitance of C1 and C2 refer to Sheet 1, it can be increased properly
if required, and tantalum or low ESR electrolytic capacitors may also
suce.
3. When the products used as the circuit like gure 3, an inductor named as
LDM up to 10μH is recommended in the circuit to reduce the mutual
interference.
4. Cannot be used in parallel for output and hot swap.
5. Operation under no load will not damage these devices, however they may
not meet all specications. In order to ensure the converter can work
reliably with high eciency, please parallel a resistor on the output side
(The sum of the ecient power and resistor consumption power is not less
than 10%).