3 Year Warranty

Approvals:   

Single Output

Model Number

Output Voltage

Output Current

Total Regulation

Max. Output Power

* STDA65-S01

3 ~ 5 VDC

16.6 ~ 10.0 A

±7%

50W

STDA65-S02

5 ~ 5.99 VDC

13.0 ~ 10.8 A

±7%

65W

STDA65-S03

6 ~ 8 VDC

11.6 ~ 8.70 A

±5%

69.6W

STDA65-S04

8 ~ 11 VDC

9.37 ~ 6.81 A

±5%

75W

STDA65-S05

11 ~ 13 VDC

6.66 ~ 6.15 A

±5%

80W

STDA65-S06

13 ~ 16 VDC

6.15 ~ 5.00 A

±5%

80W

STDA65-S07

16 ~ 21 VDC

5.00 ~ 3.80 A

±5%

80W

STDA65-S08

21 ~ 27 VDC

3.80 ~ 2.96 A

±5%

80W

STDA65-S09

27 ~ 33 VDC

2.96 ~ 2.42 A

±3%

80W

STDA65-S10

33 ~ 40 VDC

2.42 ~ 2.00 A

±3%

80W

STDA65-S11

40 ~ 48 VDC

2.00 ~ 1.66 A

±3%

80W

Multi Output

Model

Number

Output 1

Output 2

Output 3

Output 4

Max. Output Power

Vonom

Iomin

Iomax

Regmax

Vonom

Iomin

Iomax

Regmax

Vonom

Iomin

Iomax

Regmax

Vonom

Iomin

Iomax

Regmax

STDA65-D00

+3.3V

1.4A

7A

±7%

+12V

0.55A

2.75A

±5%

56.1W

STDA65-D01

+5V

0.7A

7A

±5%

+12V

0.7A

3A

±5%

65W

STDA65-D02 

+5V

1.4A

7A

±5%

+15V

0.6A

3A

±6%

65W

STDA65-D03 

+5V

1.4A

7A

±5%

+24V

0.4A

2A

±5%

65W

STDA65-D04 

+3.3V

1.4A

7A

±7%

+5V

0.6A

3A

±5%

38.1W

STDA65-D15

+5V

1.4A

7A

±5%

-24V

0.4A

1A

±10%

59W

STDA65-T00

+3.3V

1.4A

7A

±7%

+12V

0.6A

3A

±5%

-12V

0.16A

0.8A

±5%

65W

STDA65-T01

+5V

0.6A

6A

±5%

+12V

0.3A

3A

±5%

-5V

0A

0.8A

±5%

65W

STDA65-T02

+5V

0.6A

6A

±5%

+12V

0.6A

3A

±5%

-12V

0A

0.8A

±5%

65W

STDA65-T03 

+5V

0.6A

6A

±5%

+15V

0.6A

3A

±6%

-15V

0A

0.8A

±5%

65W

STDA65-T04 

+5V

0.7A

7A

±5%

+24V

0.2A

2A

±5%

-24V

0A

0.8A

±5%

65W

STDA65-T05 

+5V

0.6A

6A

±5%

+24V

0.2A

2A

±5%

-12V

0A

0.8A

±5%

65W

STDA65-T06

+3.3V

0.7A

7A

±7%

+12V

0.6A

3A

±5%

-5V

0A

0.8A

±5%

63.1W

* STDA65-403 

+5V

0.6A

3.5A

±5%

+24V

0.1A

1.5A

±5%

+12V

0A

0.25A

±5%

-12V

0A

0.15A

5%

65W

*STDA65-403 is not in compliance with DoE VI.

STDA65-S01-S06 are required to use AWG#16X5C/4FT output cable.

STDA65-S07 are required to use AWG#16X2C/4FT output cable.

STDA65-S08~S09 are required to use AWG#18X2C/6FT output cable.

STDA65-S10~S11 are required to use AWG#20X2C/6FT output cable.

STDA65-DXX,TXX are required to use AWG#16X5C/4FT+core output cable.

STDA65-D00,D04,T00,T06 are required to use AWG#16X5C/2FT+core output cable.

The regulation and efficiency will be changed by modified output cable.

Electrical Characteristics(Single Output)

Parameter

Test Conditions

Min.

Typ.

Max.

Unit

Safety Approvals Input Voltage Range

Safety Approval & Specification in Label

100

240

VAC

Operate Voltage Range

90

264

VAC

Input Frequency

Sine wave

47

63

Hz

Output Power Range

See Rating Chart

80

W

Low Line Input Current

Full load, Vin=100VAC

1.9

A

High Line Input Current

Full load, Vin=240VAC

0.79

A

Low Line Input Inrush Current

Full load, 25°C, Cool start, Vin=100VAC

30

A

High Line Input Inrush Current

Full load, 25°C, Cool start, Vin=240VAC

72

A

Safety Ground Leakage Current

Vin=240VAC, Fi=60Hz

0.75

mA

Efficiency

Full Load, Vin=230VAC

65

88

%

Line Regulation

Full Load, Vin=100~120VAC

0.5

1

%

Load Regulation

Vin=230VAC, 10~90% Load Change at Condition

3

7

%

Over Voltage Protection

Over Voltage Protection

112

132

%

Over Load Protection

Recovers automatically after fault condition is removed

110

150

%

Time of Transient Response

Io=Full Load to Half Load, Vin=110VAC

4

ms

Hold-Up Time

Full Load, Vin=100VAC

12

ms

Start Up Time

Full Load, Vin=100~240VAC

2

S

Ripple & Noise (Peak to Peak)

1

%

Temperature Coefficient

Full Load, Vin=100~240VAC

±0.04

%/°C

Dielectric Withstanding Voltage(P-S)

Primary to Secondary

4242

VDC

Dielectric Withstanding Voltage(P-G)

Primary to PE

2121

VDC

EMC Emission

Compliance to EN55022(CISPR22)

B

Class

Environmental(Single Output)

Parameter

Test Conditions

Min.

Typ.

Max.

Unit

Operating Temperature

Derate linearly from 100% load at 40℃ to 50% load at 70℃

-20

70

°C

Storage Temperature

 10~95% RH

-40

85

°C

Operating Humidity

 non-condensing

0

95%

RH

Storage Humidity

0

95%

RH

Electro Static Discharge

Air Discharge, IEC61000-4-2

8

KV

Electro Static Discharge

Contact Discharge, IEC61000-4-2

4

KV

Mean Time Between Failure

Operation Temperature at 25℃, Calculated per MIL-HDBK-217F

100K

h

Operating Altitude (Elevation)

All Condition

5000

m

Vibration

10~500Hz,10min./1cycle, 60min.each along X, Y, Z axes

5

G

Surge Voltage

  Line-Neutral

1

KV

Surge Voltage

  Line-PE & Neutral-PE

2

KV

Environmental(Multi Output)

Parameter

Test Conditions

Min.

Typ.

Max.

Unit

Operating Temperature

Derate linearly from 100% load at 40℃ to 50% load at 70℃

0

70

°C

Storage Temperature

 10~95% RH

-40

85

°C

Operating Humidity

 non-condensing

0

95%

RH

Storage Humidity

0

95%

RH

Electro Static Discharge

Air Discharge, IEC61000-4-2

8

KV

Electro Static Discharge

Contact Discharge, IEC61000-4-2

4

KV

Mean Time Between Failure

Operation Temperature at 25℃, Calculated per MIL-HDBK-217F

100K

h

Operating Altitude (Elevation)

All Condition

5000

m

Vibration

10~500Hz,10min./1cycle, 60min.each along X, Y, Z axes

5

G

Surge Voltage

  Line-Neutral

1

KV

Surge Voltage

  Line-PE & Neutral-PE

2

KV

Mechanical Diagram

Note:

1. Dimensions are shown in mm & inch
2. Weight: approx. 450~700g approx. 
              (Exclude the input cord)
3. Optional output connector.

Derating Chart

STDA65-S01

1. Operating Temperature: 0 to 70°C

2. Derate linearly from 100% load at 25°C to 50% load at 70°C

STDA 65-S02~S11, STDA65-DXX, STDA65-TXX, STDA65-4XX

1. Operating Temperature: 0 to 70°C

2. Derate linearly from 100% load at 40°C to 50% load at 70°C