ECO-1

REV.: 2/2017

www.recom-power.com

6 Watt

SIP8

Single and Dual

Output

DC/DC Converter

Features

Regulated

Converters

• Highest Power Density In SIP Package

• 1.6kVDC/1 Minute Isolation

• Efficiency Up To 88%

• -40°C To +75°C Operating Temperature Range @ Full Load

• EN60950 And UL/EN62368-1 (pending) CB Report

• Industry Standard Pinout

RS6

EN60950-1 (pending)

EN62368-1 (pending)

UL62368-1 (pending)

EN55022 compliant

Description

The RS6 series offer very high power density (2.7W/cm³), wide input voltage range and an

industrial operating temperature range of -40°C to +75°C without derating. High efficiency, tight

regulation, 2kVDC isolation and remote on/off are just some of the characteristics of this advanced

SIP8 6W converter which is ideal for high density power supply designs in demanding industrial

applications.

3 YEAR

warranty

3

Selection Guide

Part

nom. Input

Output

Output

Efficiency

max. Capacitive

Number

Voltage

Voltage

Current

[VDC]

[VDC]

[mA]

[%]

[µF]

RS6-053.3S

5

3.3

1300

83

6600

RS6-0505S

5

5

1200

86

3300

RS6-0512S

5

12

500

87

1600

RS6-0515S

5

15

400

86

1400

RS6-0505D

5

±5

±600

84

±2000

RS6-0512D

5

±12

±250

87

±900

RS6-0515D

5

±15

±200

86

±660

RS6-123.3S

12

3.3

1300

81

6600

RS6-1205S

12

5

1200

86

3300

RS6-1212S

12

12

500

87

1600

RS6-1215S

12

15

400

87

1400

RS6-1205D

12

±5

±600

85

±2000

RS6-1212D

12

±12

±250

87

±900

RS6-1215D

12

±15

±200

87

±660

RS6-243.3S

24

3.3

1300

81

6600

RS6-2405S

24

5

1200

87

3300

RS6-2412S

24

12

500

87

1600

RS6-2415S

24

15

400

87

1400

RS6-2405D

24

±5

±600

85

±2000

RS6-2412D

24

±12

±250

87

±900

RS6-2415D

24

±15

±200

87

±660

RS6-483.3S

48

3.3

1300

81

6600

RS6-4805S

48

5

1200

87

3300

RS6-4812S

48

12

500

87

1600

RS6-4815S

48

15

400

88

1400

RS6-4805D

48

±5

±600

85

±2000

RS6-4812D

48

±12

±250

87

±900

RS6-4815D

48

±15

±200

88

±660

Notes:

Note1: Efficiency tested at nominal input and full load at +25°C ambient.

Note2: Max Cap Load tested at minimum input and constant resistor load.