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Power Supply

 

Technical Information

15

Power

supp

lies

Power Supply Reference Information

Typical Safety Standards for Noise

Values Stipulated for Conducted Emissions in Each Country

Japan

Europe

U.S.A

Applicable law

Electric components regulation

CISPR Pub. 14 (for office equip-

ment)

VDE0871 (for high-frequency 

applied equipment)

FCC Part 15 (for computers)

Permissible 
noise 
(noise terminal 
voltage)

Applicable law

Electric components regulation (Table 8)

IEC 380 (for office equipment)

UL114 (for office equipment)

Leakage 
current

1 mA max. (measured at resistance of 1 k

Ω

)

Dielectric 
strength

(max. value between one line 
and ground)
(equipment operating on 1 kW 
max.)

Frequency 

range (MHz)

Voltage dB 

(

μ

V)

0.525 to 1.605

65

(max. value between one line 
and ground)

Frequency 

range (MHz)

Voltage dB 

(

μ

V)

0.15 to 0.5
0.5 to 5
5 to 30

66
60
66

Class A

Class B

(max. value between one line 
and ground)

Frequency 

range (MHz)

Voltage dB 

(

μ

V)

0.01 to 0.15
0.15 to 0.5
0.5 to 30

91 to 69.5

66
60

Frequency 

range (MHz)

Voltage dB 

(

μ

V)

0.01 to 0.15
0.15 to 0.5
0.5 to 30

79 to 57.5

54
48

Class A

Class B

(max. value between one line 
and ground)

Frequency 

range (MHz)

Voltage dB 

(

μ

V)

0.45 to 1.6
1.6 to 30

60

69.5

Frequency 

range (MHz)

Voltage dB 

(

μ

V)

0.45 to 1.6
1.6 to 30

48
48

(measured at resistance of 1.5 k

Ω

 and at 

0.15 

μ

F) (input: 106%)

Class I (stationary type)

3.5 mA max.

Class I (portable type)

0.75 mA max.

Class II

0.2 5 mA max.

(measured at resistance of 1.5 k

Ω

 

and at 0.15 

μ

F) (input: 110%)

general

5 mA max.

Double insulation

0.25 mA max.

 General

 Between current-carrying parts and non-

current-carrying metal parts

 Between current-carrying parts

2.3 

×

 rated voltage (AC, for 1 min)

 Double insulation: between current carrying 

parts and non-current-carrying metal parts

(AC, 1 min)

Up to 150 V

1,000 V

Over 150 V

1,500 V

Up to 
150 V

Over 

150 V

Function insulation

1,000 V

1,500 V

Protection insulation

1,500 V

2,500 V

Reinforced insulation

2,500 V

4,000 V

 Between current-carrying parts and sur-

face of insulated part

(AC, for 1 min)

 Between current-carrying parts: 

1,250 V (AC, for 1 min)

 Capacitor: (VDE0565)

 Evaporative X capacitor: 

4.3 x rated voltage (DC, for 1 min)

 Film Y capacitor: 1,500 V (AC, for 1 

min)

Class I

Class II

Function insulation

1,250 V

---

Reinforced insulation

1,250 V

1,250 V

 Between primary non-current-carry-

ing parts and across-the-line capaci-
tor terminals

(AC, for 1 min)

U: maximum indicated voltage

Up to 250 V

1,000 V

Over 250 V

1,000 V+2 U

100

90

80

70

60

50

40

0.01

0.15

0.45 0.5

1.6

5

30

Frequency range (MHz)

CISPR Pub14, VDE0875
FCC Part15-J  (classA)
FCC Part15-J  (classB)
VDE0871 (classA)
VDE0871 (classB)

VCCI (class1)
VCCI (class2)

(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)

CISPR:  Applied to office equipment.
FCC: 

Noise regulation in U.S.A.
Class A:  industrial equipment
Class B:  household appliance and 

information equipment including 
communications equipment.

VDE: 

Noise regulation in Europe

(European version of the FCC used in 
U.S.A)

Japan Electric components regulations:

regulations applied to household and 
industrial electric equipment in Japan

VCCI:  Applied to data processing devices in Japan.

Frequency range (MHz)

Voltage dB (

μ

V)

(1)

0.15 to 0.5, 0.5 to 5, 5 to 30

66, 60, 66

(2)

0.45 to 1.6, 1.6 to 30

60, 69.5

(3)

0.45 to 1.6, 1.6 to 30

48, 48

(4)

0.01 to 0.15, 0.15 to 0.5, 0.5 to 30

91 to 69.5, 66, 60

(5)

0.01 to 0.15, 0.15 to 0.5, 0.5 to 30

79 to 57.5, 5, 54, 48

(6)

0.525 to 1.605

65

(7)

0.15 to 0.5, 0.5 to 30

79, 73

(8)

0.15 to 0.5, 0.5 to 5, 5 to 30

66, 56, 60

Summary of Contents for S82J Series

Page 1: ...d efficient that they are used as power supplies by most electronic devices Advantages Disadvantages Power Supply Selection Basic Selection Points Factors to consider when selecting a Power Supply are...

Page 2: ...ipple and Noise on page 3 Input variation influence The variation in the output voltage when the input voltage gradually varies within the input voltage fluctuation range Refer to Input Variation Infl...

Page 3: ...circuit is short circuited to the terminal by the short bar Leakage current can be reduced by removing the short bar When the leakage current poses a problem such as when using more than one Power Su...

Page 4: ...gram Overcurrent Protection Applicable Models All Models This protection function prevents damage to the Power Supply itself due to overcurrent including output short circuits The protection function...

Page 5: ...the output side Models with the Zener diode clamp system do not restart after the protection circuit operates Send the product for repair For further details refer to the datasheet for individual mod...

Page 6: ...odels that Support Parallel Operation of Outputs Up to two of the same model can be connected in parallel for the S82K 100 W up to four of the same model can be connected in parallel for the S8TS and...

Page 7: ...iciently cooled so that their temperatures remain below the catalog value This is necessary to control the power loss output current of Power Supply IOUT diode forward voltage VF resulting across the...

Page 8: ...from electrical household appliances and electrical equipment Japanese manufacturers have been voluntarily issuing and abiding by the guidelines Main Applicable Models S82K P 24 200 V Series only S8T...

Page 9: ...e of 50 C up to 50 of load rate Mounting direction Standard Horizontal Face up Face down Model S82K OK No Conditional No S8TS OK No No No S8VS 15 30W OK No OK No S8VS 60 90 120 180 240 W OK No No No S...

Page 10: ...3 Consider the allowable current for load short circuits guideline 1 6 times the Power Supply s rated output current or higher Voltage drop mV 1 000 AWG28 See note 700 500 300 100 70 50 30 10 0 1 0 3...

Page 11: ...nd wires as short and as thick as possible Connect a noise filter Include a noise filter on the input side of the Power Supply if faulty operation in electric circuits connected to the output from the...

Page 12: ...ore turning ON the power make sure that the voltage specifications are the same as the voltage of the device The Product is shipped with the input voltage selector terminals open i e set to 200 VAC In...

Page 13: ...ill cause the output to enter the protection range when it turns ON If inrush current flows to the load consider selecting a capacity that allows for the inrush current The output voltage is high The...

Page 14: ...to low input voltage thereby activating the overcur rent protection function Use an input voltage within the allowable range The voltage applied to the load is unstable The Power Supply s output volt...

Page 15: ...ying parts 2 3 rated voltage AC for 1 min Double insulation between current carrying parts and non current carrying metal parts AC 1 min Up to 150 V 1 000 V Over 150 V 1 500 V Up to 150 V Over 150 V F...

Page 16: ...Cross sectional area mm2 Configuration number of conductors mm Voltage drop per 1 A mV meter Recommended maximum current A UL1007 300 V 80 C UL1015 600 V 105 C 30 0 051 7 0 102 358 0 12 28 0 081 7 0...

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