BASIC CHARACTERISTICS

Parameter

Condition

Min.

Typ.

Max.

Internal Input Filter

Pi-Type

85VAC

230VAC

264VAC

Input Current

115VAC

230VAC

25mA

18mA

30mA

20mA

Inrush Current

cold start at 25°C

115VAC

230VAC

30A

40A

No load Power Consumption

150mW

Input Frequency Range

47Hz

63Hz

Start-up Time

115VAC

230VAC

1s

2s

Hold-up time

115VAC

230VAC

18ms

80ms

Minimum Load

0%

Internal Operating Frequency

100% load at nominal Vin

65kHz

Output Ripple and Noise

5Vout

0 °C ... 80°C

-25°C ... 0°C

100mVp-p

200mVp-p

12Vout

0 °C ... 80°C

-25°C ... 0°C

200mVp-p

300mVp-p

Power Factor

115VAC, 230VAC

0.4

0.6

continued on next page

PA-1

REV.: 0/2017

www.recom-power.com

AC/DC Converter

3 YEAR

warranty

3

Description

The RAC01-GA series are low cost AC/DC power supplies, ideal for PCB mounted, compact,

board level industrial power supplies. They feature universal AC input voltage range, regulated and

short-circuit-proof isolated DC outputs, low standby power consumption and -25°C to +80°C operating

temperature range. The RAC01-GA have a built-in Class A / FCC Part 15 EMC filter, are

pending to EN60335, EN60950 and EN62368 safety standards and come with a three year warranty.

Features

Regulated

Converter

• Universal Input 85-264VAC

• 1W PCB Mount Package

• <150mW No Load Power Consumption

• Ultra Low Profile, Compact Size

• -25°C to +80°C Operating Temperature

• Continuous SCP, OCP

• EN/IEC/UL60950 & IEC/EN/UL62368 Certified,

EN60335-1 Pending

1 Watt

Single

Output EMC

Class A

RAC01-GA

Selection Guide

Part

nom. Input

Output

Output

Efficiency

Max. Capacitive

Number

Voltage Range

Voltage

Current

typ.

[VAC]

[VDC]

[mA]

[%]

[µF]

RAC01-05SGA

100-240

5

200

63

500

RAC01-12SGA

100-240

12

83

68

200

UL60950-1 Certified

IEC/EN60950-1 Certified

UL62368-1 Certified

IEC/EN62368-1 Certified

EN60335-1 Pending

E196683

Notes:

Note2: no proper operation with DC Input Voltage.

Notes:

Note1: measured with all input voltages at 25°C with constant resistant mode at full load.