◆Wide Input Voltage Range : 85-264VAC（100-370VDC）
◆Operation Temperature Range: -40℃～+70℃
◆Output short-circuit protection
◆High efficiency, high power density
◆Low power consumption, environmental protection friendly
◆Industrial standard of product technical design

Application Field

It is widely used in power supply systems like on wireless network, telecommunication/data communication, power system, industrial control system, measuring instrument, intelligent field, etc. This product is suitable for designs which require large input fluctuations, power supply isolation and small layout space, and realize product functional modularization to improve products reliability.

Product Specification

Model

Output Voltage/current
（Vo1/Io1）

Output Voltage/current（Vo2/Io2）

Efficiency(TYP)

EA10-S05

5V / 2000mA

75%

EA10-S12

12V /833mA

80%

EA10-S15

15V / 660mA

81%

EA10-S24

24V / 416mA

82%

EA10-D05

+5V / 1000mA

-5V / 1000mA

75%

EA10-D12

+12V / 416mA

-12V / 416mA

79%

EA10-D15

+15V / 333mA

-15V / 333mA

79%

EA10-D24

+24V / 225mA

-24V / 225mA

80%

EA10-E0505

5V/1800mA

5V/200mA

72%

EA10-E0512

5V/1500mA

12V/200mA

73%

EA10-E0515

5V/1400mA

15V/200mA

75%

EA10-E0524

5V/1000mA

24V/200mA

75%

EA10-T0505

5V/1600mA

±5V/200mA

73%

EA10-T0512

5V/1000mA

±12V/200mA

74%

EA10-T0524

5V/1000mA

±24V/100mA

76%

*If you have other required specifications, please contact with us directly.

Input Specification

Input Voltage Range

85-264VAC（100-370VDC）

Inrush Current

110mA (TYP) @110VAc 70mA (TYP)@ 230VAc

External input Fuse（Recommended Value)

2A/300V slow fusing

Output Specification

Output Voltage Accuracy

±2%

Line Regulation

±0.5% (typ)

Load Regulation(10%~100%)

±1% (typ)

Min Load

10%

Output Ripple&Noise（Peak-Peak Value）

100mV(max) (20MHz Bandwidth)

Short-circuit Protection

Continuous, self-recovery

Output Overvoltage Protection

≥110% Io, self-recovery

General Specification

Temperature Characteristics

Operating Temperature
Power Derating
Storage Temperature
Case Temperature

-40℃～+70℃
3.75% / ℃ ，
-40℃～+105℃
+90℃ max

Power Down Time

40ms(typ)/ at Vin:320Vdc

Humidity

85%RH(max)

Temperature Drift

0.02%/℃

Switching Frequency

65kHz(typ)

Isolation Voltahe

Input--Output

3000Vac/1Min

Output--Output

500Vdc/1Min

Leakage Current

<5mA RMS typ. 230VAC/50Hz

*EMC Electrostatic Discharge
*RF Radiation Immunity
*Electrical Fast Transient/Burst (EFT)
*Surge

IEC/EN 61000-4-2 level 3 6kV/8kV
IEC/EN 61000-4-3
IEC/EN 61000-4-4 level 3 2 kV
IEC/EN 61000-4-5 level 3 1kV/2kV

*Conduction/Radiation

EN55022, level A

Safety Class

CLASS Ⅰ

Case Material

Flame retardant plastic UL94V-0

Installation

PCB

MTBF

>200,000h @25℃

Note:

1.The item with * means testing products which need to add EMC recommended circuit.
2.Unless otherwise specified, the data listed above all testing under the condition of TA=25℃,humidity<75%.

Typical Application

EA10-Sxx

EA10-Dxx


EA10-Exxyy

EA10-Txxyy

EMC solution-recommended Circuit

Note：

1.The output filter capacitors C1, C3, C5 are electrolytic capacitors, so it is recommended to use a high-frequency and low-resistance electrolytic capacitor. Please refer to the technical specifications provided by manufacturer to check the capacity and current flow. The capacitor withstand voltage derating over 80%. It is suggest to take 0.1uF, if C2, C4,C6 remove high frequency noise.

2.TVS tube is recommended to use because it protects the back-end circuit(when the converter is abnormal).
3. NTC is thermistor which model: 5D-9.
4. EMC recommended circuit parameters:
MOV is a varistor which recommended model is 471KD10 and its function is to protect the module from damage during lightning surges.
C7 is X capacitor which recommended 0.1µF/275V;
NF is common mode inductance which 10mH-30mH is recommended.

Input Voltage and Load

Temperature and Load

Packing Dimension and Pin Definition

Unit：mm Tolerance：±0.5mm

Dimension

17.5

55

47

5

20

45

21

4

EA10-SXX

AC(L)

AC(N)

NC

-Vo

NP

NP

NP

+Vo

EA10-DXX

AC(L)

AC(N)

NC

-Vo

NP

COM

NP

+Vo

EA10-EXXYY

AC(L)

AC(N)

NC

-Vo1

+Vo1

NC

-Vo2

+Vo2

EA10-TXXYY

AC(L)

AC(N)

NC

-Vo1

+Vo1

-Vo2

COM

+Vo2