ZIPPY TECHNOLOGY P1Q-4130P SPECIFICATION

規格書

文號:SP-230009

品名
STYLE NAME：

型號
MODEL NO.：

料號
PART NO.：

版次
REVISION：

SPECIFICATION

SWITCHING POWER SUPPLY

P1Q-4130P

A3

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新巨企業股份有限公司

電源事業處

ZIPPY TECHNOLOGY

CORP.

POWER DIVISION

正
式
資
料
用
章

10F,NO.50 MIN CHYUAN RD.,
SHIN-TIEN CITY,TAIPEI
HSIEN,
TAIWAN,R.O.C.
TEL.：[phone]

FAX.：[phone]

表格編號：2AF-01 版本：A2

ZIPPY Technology Corp.

Revisions

Rev. Page Item Date Description

A2
A3 4 3.1 MAR-20-2003 Update Regulation tolerance

7
8

7.1

9.2

MAR-05-2003

Revise temperature
Add MTBF

P1Q-4130P SPEC REV:A3 2003/3/20

Page 1 of 9

ZIPPY Technology Corp.

MODEL NO. P1Q-4130P

1.0 Scope

2.0 Input requirements

2.1 Voltage

2.2 Frequency

2.3 Stead-state current

2.4 Inrush current

2.5 Power factor correction

3.0 Output requirements

3.1 DC load requirements

3.2 Regulation

3.3 Ripple and noise

3.3.1 Specification

3.3.2 Ripple voltage test circuit

3.4 Overshoot

3.5 Efficiency

3.6 Remote on/off control

4.0 Protection

4.1 Input

4.2 Output

4.2.1 OPP

4.2.2 OVP

4.2.3 Short current

5.0 Power supply sequencing

5.1 Turn on

5.2 Hold up time

5.3 Power off sequence

6.0 Signal requirements

6.1 Under voltage sense level

7.0 Environment

7.1 Temperature

7.2 Insulation resistance

7.3 Dielectric withstanding voltage

7.4 Leakage current

8.0 Safety

8.1 UL & UL+C

8.2 TUV

8.3 Power Line Transient

8.4 REF/EMI Standards

P1Q-4130P SPEC REV:A3 2003/3/20

Page 2 of 9

9.0 Reliability

9.1 Burn in

9.2 Mean Time Between Failures (MTBF)

10.0 Mechanical requirements

10.1 Physical dimension

ZIPPY Technology Corp.

P1Q-4130P SPEC REV:A3 2003/3/20

Page 3 of 9

1.0 Scope
This specification defines the performance characteristics of a grounded

single-phase，130watts，6 output level power supply. This specification also
defines world wide safety requirements and manufactures process test

requirements.

2.0 Input requirements

2.1 Voltage (sinusoidal)

Full range

100∼240 VAC (With ± 10% tolerance)

2.2 Frequency

The input frequency range will be 60hz∼50hz.

2.3 Steady-state current

4 ~ 2 amps maximum at any low/high range input voltage.

2.4 Inrush current

60/80 amps @110/220 VAC (at 25 degrees ambient cold start)

2.5 Power factor correction

PFC can reach the target of 95% @ 115V,full load, following the standard
of IEC 1000-3-2.

3.0 Output requirements

3.1 DC load requirements

Normal Load current Regulation tolerance

Output voltage Max. Min Max. Min.

+5V 6 1.0 +5% -5%

+12V 7 1.0 +5% -6%

+3.3V 5 1.0 +5% -5%

+5VSB 0.25 0.1 +5% -5%

***+5V and +3.3V total output max：46.5W***
***+5V， +3.3V and +12V total output max：130.5W***

Cross regulation shall include 80% max. Load & 20% max. Load any

associate at any output

3.2 Regulation and protection

Output DC

voltage

+5V

+12V

+3.3V

+5VSB

Line

regulation

±50mV

±100mV

±50mV
±50mV

Load

regulation

±250mV
±600mV
±165mV
±250mV

ZIPPY Technology Corp.

，

Cross

regulation

±250mV
±600mV
±165mV
±250mV

P1Q-4130P SPEC REV:A3 2003/3/20

Page 4 of 9

+12V

- 220 + +5V

- 220 + +3.3V

- 220 + +5Vsb

- 220 +

3.3 Ripple and noise

3.3.1 Specification
+5V 50mV (P-P) / N=70mV
+12V 120mV (P-P)/ N=120mV
+3.3V 60mV (P-P) / N=70mV

+5VSB 60mV (P-P) / N=70mV

3.3.2 Ripple voltage test circuit

0.1

0.1

0.1

0.1

0.1uf is ceramic, the other is tantalum.
Noise bandwidth is from DC to 20Mhz

3.4 Overshoot
Any overshoot at turn on or turn off shall be less than 10% of the nominal
voltage value，all output shall be within the regulation limit of section

3.2 before issuing the power good signal of section 6.0.

3.5 Efficiency

Power supply efficiency typical 65% at 115V，full load.

3.6 Remote on/off control
The power supply DC outputs (with the exception of +5VSB) shall be
enabled with an active-low，TTL-compatible signal(“PS-ON”)

When PS-ON is pulled to TTL low，the DC outputs are to be enabled.
When PS-ON is pulled to TTL high or open circuited，the DC outputs
are to be disabled.

The DC output enable circuit shall be SELV compliant.

ZIPPY Technology Corp.

P1Q-4130P SPEC REV:A3 2003/3/20

Page 5 of 9

4.0 Protection

4.1 Input (primary)
The input power line must have an over power protection device in
accordance with safety requirement of section 8.0

4.2 Output (secondary)

4.2.1 Over power protection
Over power protection at 110%∼160% of rated output power .The

power supply latches all DC output into a shutdown state. Over
power of this type shall cause no damage to power supply，after

over power is removed and a power on/off cycle is initiated，the
power supply will restart.

4.2.2 Over voltage protection
If an over voltage fault occurs (internal of the power supply)，the
power supply will latch all DC output into a shutdown state before
+5V ：5.6V ∼ 6.6V

+3.3V ：3.6V ∼ 4.2V

+12V ：13.2V ∼ 14.6V

4.2.3 Short circuit
A: A short circuit placed on any DC output to DC return shall

cause no damage.
B: The power supply shall be latched in case any short circuit is
taken place at +5V, +3.3V, +12V output.
C: The power supply shall be auto-recovered in case any short
circuit is taken place at +5Vsb

5.0 Power supply sequencing

5.1 Power on (see fig.1)

5.2 Hold up time
When power shutdown DC output 5V must be maintain 16msec in
regulation limit at normal input voltage.

5.3 Power off sequence (see fig. 1)

6.0 Signal requirements

6.1 Under voltage (UV) sense levels

Output Minimum sense voltage

+5V +4.50V

+3.3V +2.50V

ZIPPY Technology Corp.

P1Q-4130P SPEC REV:A3 2003/3/20

Page 6 of 9

7.0 Environment

7.1 Temperature

Operating temperature 0 to 45 degrees centigrade

7.3 Insulation resistance

Primary to secondary : 50 meg. ohm min. 500 VDC
Primary to FG : 50 meg. ohm min. 500 VDC

7.4 Dielectric withstanding voltage

Condition for approval :

Primary to secondary :3K VAC for 1min.
Primary to FG :1800 VAC for 1 min.

For production purpose:100% test

Primary to FG :1800 VAC for 2 sec OR 2650 VDC for 2 sec.

7.5 Leakage current

3.5 mA. max. at nominal voltage 250 VAC

8.0 Safety

8.1 Meet to U.S. and Canadian requirements under the component recognition

program of Underwriters Laboratories Inc.
The power supply shall be designed to meet UL1950.

8.2 TUV Standards
The power supply shall be designed to meet TUV EN-60950.

8.3 Power Line Transient

The power supply shall be designed to meet the following standards
a). EN 61000-4-2(ESD) Criterion B, ±4KV by contact, ±8KV by air.

b). EN 61000-4-4(EFT) Criterion B, ±1KV.
c). EN 61000-4-5(SURGE) Criterion B, Line-Line ±1KV,
Line-Earth ±2KV.

8.4 RFI / EMI Standards

The power supply shall comply with the following radiated and conducted
Emissions standards,
a). FCC part 15.
b). CISPR 22 (EN 55022).

ZIPPY Technology Corp.

P1Q-4130P SPEC REV:A3 2003/3/20

Page 7 of 9

HIGH LEVEL 4.5V∼5.25V

AC IN

LOW LEVEL 0.5V MAX

OV

Vn

+5V OUTPUT

POWER ON

POWER OFF

OV OV

9.0 Reliability

9.1 Burn in
All products shipped to customer must be processed by burn-in. The
burn- in shall be performed for 1 hour at full load.

9.2 Mean Time Between Failures (MTBF)

MTBF =114,400 Hours at 45° C 115/230 VAC input and Full load.

10.0 Mechanical requirements

10.1 Physical dimension : 40.5 mm * 100 mm * 190 mm (H*W*D)

Vm +4.5

Va +3.3V OUTPUT

POWER GOOD SIGNAL

Trs

Tson

Tdon

Vn Nominal voltages +5V

ZIPPY Technology Corp.

Tdoff
Toff

P1Q-4130P SPEC REV:A3 2003/3/20

Vm Minimum voltages +4.5V
Va Nominal voltages +3.3V
Tson Switch on time(500ms. Max)
Trs +5V rise time (100ms. max.)
Tdon Delay turn-on (100ms. < Tdon < 500ms.)
Tdoff Delay turn-off (1 ms. min.)
Toff Hold up time (16ms. min.)

《Figure 1》

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