Operating
temperature

℃

-5

25

40

Storage
temperature

℃

-40

25

70

Relative
humidity

%

5

/

95

No condensation

Altitude

m

0

0

5000

Rated input range

Vac

170

220

240

AC input voltage range

Vac

170

220

270

The maximum input of 282Vac will not be damaged for a long time, and it will be checked and accepted within 4 hours (can not work); input undervoltage will not be damaged

AC input voltage frequency

Hz

47

50/60

63

Input Current

A

/

/

0.5

Room temperature and low pressure full load

No-load power consumption

W

/

/

0.3

Requirements: Rated input at room temperature

AC input system

/

/

Single phase input

/

Single phase input

Input impulse current

A

/

/

40

Under 220VAC condition, cold start, meet ESTI30132-3

Input overcurrent protection

/

/

/

/

Can not use insurance resistance, input protection requirements, ensure that the shell can not be melted

Input undervoltage protection

/

/

/

/

No damage, no melting

Output Power

W

/

12

/

Full input voltage range. Figure 3 Under dynamic load conditions, the adapter needs to work normally, and the device stress meets the derating specifications of the Energy Products Department.

Output voltage range

Vdc

11.4

12

12.6

Full voltage input range, full load output

Output efficiency

%

77.9

/

/

Meet the five-level energy efficiency requirements (nominal temperature rated input, the average value of the efficiency measured under 25%, 50%, 75%, and 100% load respectively)

Stabilization accuracy

%

/

/

±5

Full voltage input range, full load output

Source adjustment rate

%

/

/

±2

Full voltage input range, full load output

Hello Elena

%

/

/

±3

Rated voltage input, full load change

Noise + ripple (peak-to-peak value)

mV

/

/

200

And one 0.1uF ceramic or gold film capacitor and one 10uF electrolytic capacitor are connected to the output during the test. The bandwidth of the oscilloscope is 20MHz

Dynamic response recovery time

us

/

/

200

25%~50%~25% or 50%~75%~50% load change, current change rate 0.1A/us, cycle 4ms

Switch overshoot

%

/

/

±5

Dynamic response overshoot

%

/

/

±5

25%~50%~25% or 50%~75%~50% load change, current change rate 0.1A/us, cycle 4ms

Output rise time

ms

/

/

200ms

The output voltage rises from 10% to 90%, rated load

Power-on output delay

s

/

/

3

Hold time

s

/

/

/

no request

Temperature Coefficient

%/℃

/

/

±0.02

Rated output voltage and output current, full range of operating temperature

Output current limit protection point

A

1.5

/

2.0

Hiccup protection mode, long-term commitment

Subject to overcurrent, no damage;

After the fault is removed, full load can be restored.

Output short circuit protection

/

/

/

/

Long-term short circuit, hiccup protection mode, self-recovery, no damage

Output overvoltage protection

V

13.5

/

16

Hiccup protection mode, no damage

Note: The SSR program requires the setting of upper and lower limits.

V

/

/

16

Not damaged

Remarks: PSR scheme OVP does not set a lower limit.

Thermal requirements

Natural heat dissipation

Odor requirements

No peculiar smell or smell harmful to health

Device requirements

Refer to the general specifications of Huawei devices

Process requirements

1. The automation rate reaches 90%, and the challenge is 95%;

2. PCBA is required to be 100% free from cutting feet.

Automation rate = (SMT device + AI/RI device) number/number of components that can be automated in the industry (except for special-shaped devices);

Failure isolation

The internal output is overvoltage, the module can not damage the power receiving equipment.

Reliable isolation must be achieved after the power module fails.

Power failure cannot damage the power receiving equipment

Environmental requirements

Need to meet RoHS 2.0 EU 2015/863, prohibit the use of 4 phthalate substances (DEHP, BBP, DBP, DIBP) (for all electrical and electronic equipment)

Meet RoHS 2.0 EU 2015/863

special requirements

Involving voice. Meet the requirements for ground frequency spectrum and isolation testing.

China

CCC

IEC 60950-1

‘Information technology equipment – Safety. Part 1: General requirements’, plus all existing national and group differences within the IECEE CB Scheme

EN 60950-1

Information technology equipment – Safety. Part 1: General requirements’, plus all existing national and group differences

UL 60950-1

Information technology equipment – Safety. Part 1: General requirements

CAN/CSA C22.2 No. 60950-1

Information technology equipment – Safety. Part 1: General requirements

GB 4943-2001

Safety of Information Technology Equipment (Including Electrical Business Equipment) (standard for China, equivalent to IEC 60950)

altitude

Insulation and distance

In considering the specifications above 2000m altitude, it is necessary to consider the correction of insulation parameters such as electrical clearance and creepage distance at high altitude. (The altitude needs to meet 5000m)

Secondary circuit

All secondary circuits must meet the requirements of the safety special ground voltage circuit (SELV).

Limited Power Supply Requirements (LPS)

Must meet the requirements of UL/IEC/EN60950-1 section 2.5.

Insulation resistance test

Japan no longer requires insulation resistance testing.

Although the insulation resistance test is not required in Singapore's national differences, the test result is still required when the final product enters Singapore for evaluation. Therefore, the power supplier must conduct this test and include it in the CB report.

Insulation resistance

Normal atmospheric pressure, relative humidity <90%, under non-condensing conditions, when the test voltage is 500VDC, the insulation resistance between the primary and the secondary is ≥100MW

Leakage current

＜0.25mA (264VAC, 60Hz input)

Conducted interference

Input: CLASS B, with a margin of more than 6dB in the R&D stage, and a margin of more than 4dB in the batch stage, both grounding and non-grounding tests must be met

EN55032

Radiation interference

CLASS B, with a margin of 6dB or more in the R&D stage, and a margin of 4dB or more in the batch stage, both grounding and non-grounding tests must be met

EN55032

SURGE

AC port:

Differential mode: ±4kV impedance 2ohm Common mode: ±6kV, impedance 2ohm

Waveform 1.2/50us, criterion B; reference standard ITU-T K.21

Remarks:

1. Both grounding and ungrounding of the output terminal should be tested

2. The output needs to meet the requirements without load and with load.

3. Need to consider the instrument +/-10% deviation.

Criterion B description: During the interference application process of the EUT and after the interference application is completed, the voltage change of the DC output port is within the accuracy range declared in its specification, and the instantaneous change within 1ms is ignored, and it is not allowed to cooperate with the whole machine. A power-down reset of the whole machine occurs. After the surge limit test fails, the shell shall not burst.

ITU-T K.21

IEC61000-4-5

EFT

Criterion B

±2kV

IEC61000-4-4

DIP

AC port DIP requirements (230V input)

Drop to 0, duration 10ms, drop at each phase of 0°, 45°, 90°, 135°, 180°, 225°, 270°, 315°, meeting criterion B;

When it drops to 0, the duration is 20ms, and all phases of 0°, 45°, 90°, 135°, 180°, 225°, 270°, 315° meet criterion B;

Drop to 70% UT, duration 500ms, and all phases at 0°, 45°, 90°, 135°, 180°, 225°, 270°, 315° meet criterion B;

Drop to 0%UT, duration 5000ms, all phases of 0°, 45°, 90°, 135°, 180°, 225°, 270°, 315° meet criterion C;

IEC61000-4-11

ESD

Criterion B

Contact discharge: ±8kV

Air discharge: ±15kV

IEC61000-4-2

CS

LEVEL 3; Criterion A; 10V

IEC61000-4-6

(You need to use an oscilloscope to monitor the output voltage. There can be glitches, but there can be no instantaneous interruption and long-term interference. The waveform needs to be reflected in the test report)

RS

Level 3; Criterion A; 10V/m field strength

IEC61000-4-3 (The output voltage needs to be monitored by an oscilloscope. There may be glitches, but there must be no transient or long-term interference. The waveform needs to be reflected in the test report)

Voltage fluctuation and flicker

Voltage fluctuations and flicker limits for class A products

IEC61000-3- 3

Current harmonic emission

Harmonic current limit for class A products

IEC61000-3- 2

Dimensions

62mm（L）*40.3mm（H）*29mm（W）

For detailed dimensions, please refer to Figure Annex 1

Input terminal type

Chinese 2-core

Output terminal type

DC plug; the tuning fork does not retract with a barb;

DC head size: φ2.1xφ5.5x9.5mm

Anti-static head, insulation layer length 4.0mm±0.3mm

Internal positive and external negative reference diagram Annex 2

Output cable

1.5m, AWG24, PVC material

Meet VW-1 flame retardant grade

placement method

Plug in the wall

Shell material requirements

The shell material is required to be flame retardant

Material reaches V-0 level (UL94)

Shell color and surface technology

Color (black YB801), grain (fire pattern VDI30-32)

Compliant with Huawei color palette

weight

/

colour

black

1

Random vibration

Frequency Acceleration Spectral Density

5Hz: 0.01/Hz;

100Hz: 0.01/Hz;

200Hz: 0.001/Hz;

Total root mean square acceleration: 1.14Grms

Test axis: 3 axis.

Test time: X axis 40min; Y axis 10min, Z axis: 10min

√

Packages (mandatory for all A-type packages and mandatory for B-type packages less than 100kg)

Test quantity: 3pcs

Subject to shipping packaging

4

fall

Surface, corner, edge drop:

Weight range Drop height

50~68kg, 46cm

40~50kg, 50cm

30~40kg, 61cm

20~30kg, 80cm

10~20kg, 100cm

≤10kg, 120cm

Drop 4 corners, 3 edges and 6 faces:

4 corners: If one of the bottom corners can be judged to be the weakest, this bottom corner will be used as the falling object; if it cannot be judged, choose the corner 2-3-5. Others are: angle 3-4-5, angle 1-2-5, angle 1-2-6

3 edges: the three edges that intersect at this bottom corner.

6 surfaces: the six outer surfaces of the package;

Number of drops: 2 times for each part

√

Package

6

Static pressure test

TL = Wt × (S-1) × F ×9.8(N)

Among them: TL: the applied pressure value, the unit is N; Wt: the weight of the package itself, the unit is kg; S: the number of layers allowed to be stacked, select the maximum number of stacked layers; F: the safety factor, usually we choose 5; S=3/hh——The height of the package, in m. The time of applying pressure is maintained for 2h.

√

Mandatory for paper packaging, optional for wooden packaging

MTBF

10

Ten thousand hours

25℃, rated input, rated output load

Reference standard: Telcordia SR332

Provide reliability prediction report, which must meet the index requirements

Life of all electrolytic capacitors

5 years

No additional heat dissipation measures; 30°C ambient temperature; rated input; 80% output load

The temperature of the electrolytic capacitor must be the actual measured temperature, and a photo showing the test point of the capacitor temperature must be attached to the report.

3 years

No additional heat dissipation measures; 30°C ambient temperature; rated input; maximum output load