Data sheet - Mantech Electronics

Data sheet - Mantech Electronics
Data sheet
Customer:
HG model:
ADPV18B-12
Part No.:
Date:
Company:Changzhou Hongguang Electron Co.,Ltd
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HGPOWER Confirm
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Wang Rucun
Xu Lixiang
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Wu Wen
1. SCOPE
This is the engineering specification of "Micro -DVD" ADPV18B-12 24Watt power
switching power supply, with wide voltage 90-264VAC input, single DC output, packaged into a
fully enclosed plastic case with integrated output cable and connector.
2.PIN CONNECTOR
2.1 INPUT:
Two types:Two wire,8 sharp, IEC 320 connector
2.2 PIN ASSIGNMENTS:
Input( J1 )
Output(CSI)
Pin1 1:line
Outside: GND
Pin2:neutral
Inside: +Vout(I)
2. ELECTRICAL REQUIREMENTS:
(Unless specified otherwise, all specifications are at nominal input voltage, full load, 25degC,
PSU at warmed up condition.)
3.1 Input :
3.1.1 INPUT VOLTAGE:
The operating voltage range is: 90V -264 VAC.
3.1.2 INPUT CURRENT
When the input voltage is 90 VAC at 24W, the max input current shall be less than 0.60A.
3.1.3 INPUT FREQUENCY:
Input frequency range shall be 47-63Hz.
3.1.4 INRUSH CURRENT:
Maximum inrush shall be less than 30A at 264VAC(cold start).
3.1.5 EFFICIENCY:
The efficiency of the power supply is 80% nominal, Measured at Full Load and nominal AC
Input voltage of 220VAC. 250C with the PSU warmed up, at 12V output. O/P Cable drop of
0.25V typical is removed for this calculation.
3.1.6 POWER FACTOR
Input AC voltage connects to internal diode bridge rectifier and Filter, 24W
output load is >0.55.
3.2 OUTPUT POWER
3.2.1 OUTPUT VOLTAGE:
This voltage change is indicative of change due to process variation and change due to load
variation. The set point tolerance is measured with reference to the respective nominal Voltage
and expressed as percentage of the nominal output voltage.
SET POINT TOLERANCE
Type
Output
Voltage
ADPV18B-12
+V out(I)
+12VDC
<4%
3.2.2 OUTPUT CURRENT:
The load capacitance shall be more than 4700uF for any nominal output voltage below
12V and 2200uF for any nominal o/p volt above 12V. Any load capacitance shall be
discharged below 1V before the PSU is turned on. The max. continuous rated output
current for the specific models is listed below. The Power Limiter of ADPV18B-12
shall not be activated greater than the Max. P-P Power.
Type
Output
Min Current
Rated current
Peak current
MAX limit(P-P)
ADPV18B-12
+Vout(I)=12V
0A
2A
3.5A
3.2.3 LINE REGULATION :
Regulation is measured by varying the line voltage from 90-264VAC, at full load.
TYPE
OUTPUT VOLTAGE
TOLERANEE
ADPV18B-12
≤4%
+Vout(I)
3.2.4 LOAD REGULATION:
Measured by varying the load current from MIN Load to FULL load at nominal AC input
Voltage. The tolerance is measured with reference to the respective nominal Voltage and
expressed as percentage of nominal output voltage.
TYPE
OUTPUT VOLTAGE
TOLERANCE
ADPV18B-12
+Vout(I)
<3%
3.2.5 CROSS REGULATION:
Measured at 50% load on output while any other output load changed by 50%.
TYPE
OUTPUT
ADPV18B-12
12V
TOLERANCE
STABLE
OUTPUT RIPPLE AND NOISE VOLTAGE (PAPD):
Measured at full load, 50MHz bandwidth, with a 0.1uF Ceramic Cap and a 47uF Tant.
Cap/E- Cap. Connected at the measurement point. The maximum PARD PK-PK ripple and noise
is indicated below.
3.2.6
Type
ADPV18B-12
Output
+Vout(I)=12V
MAX P-P(mV)
≤150mV
3.2.7 OUTPUT TRANSIENT RESPONSE:
The load current of measured output is changed between 10% to 100% max load for
ADPV18B-12,at0.1A/sec slew rate, at 100/120Hz, 50% duty cycle. The recovery time and
excursion is measured when the output voltage has recovered to within 1% of the load regulation
band. Expressed as percentage of the nominal voltage.
Type
Output voltage
Recover Time to regulation
ADPV18B-12
+Vout(I)
<1ms
MAX. Excursion from Regulation
<3%
3.2.8 OUTPUT VOLTAGE EXCURSION:
Long-term output voltage drift over 1000 hours of operation, at Vout (I) is typically less than 0.5%.
3.2.9 OUTPUT OVERSHOOT
Type
Output voltage
Tolerance
12V
<5%
ADPV18B-12
3.2.10 OUTPUT RISE TIME:
The time taken by the output to rise from 10% to 90% of the final steady state
value, should be as below.
Type
Output voltage
MAX rise time
ADPV18B-12
+Vout
<10ms
3.2.11.1 OUTPUT PROTECTION:
3.2.11.2 OUTPUT SHORT CIRCUIT /OVERLOAD PROTECTION
The PSU shall be protected against overload as per section 3.2.2. The power supply
will be protected against output short circuit. Short circuit current shall be less
than 0A rms. Under all conditions,output voltage of less than 50% Vout(I) constitutes
a short. The PSU will self recover after removal of the fault.
3.2.11.3 OVER VOLTAGE PROTECTION
The load is protected against any output over voltage under any fault condition, the trip voltage
depends on the nominal output voltage of the models. ADPV18B-12 Over voltage shall be less than
20V (AC264V,NO LOAD).
3.2.12 TURN-ON DELAY
The rum-on delay time, from the time AC power is applied to the PSU till the o/p
voltage is within the regulation band. The power supply shall be less than 5 seconds
at 100 VAC @ cold starts.
3.2.13 OUTPUT HOLD-UP-TIME
Measured at nominal input voltage of 100-264VAC and at point when output is crossing
regulation band. After any loss of AC input voltage, the power supply should maintain the
output within its voltage/current specifications for more than 10ms.
3.2.15 REMOTE SENSE
N/A 无
3.2.16 POWER FALL/POWER GOOD SIGNAL
N/A 无
3.2.17 TEMPERATURE COEFFICLENT
Temperature coefficient over the entire operating temperature range of -10℃ to 40℃
after one hour warm-up will be as follows:
Type
Output voltage
TEMP. COEFF.
ADPV18B-12
+Vout(I)
<2.4mV/℃
4. ENVIRONMENTAL REQUIREMENTS
4.1 TEMPERATURE
Operating temperature range: -10℃-40℃(with free air convection).
Stored temperature range: -40℃~+85℃
4.2 ALTITUDE:
Maximum operating altitude: 10,000 feet, Maximum Non-operating altitude: 40,000 feet.
4.3 VIBRATION:
The power supply shall meet operating, non operating and package vibration.
Vibration
Operating
Non operating
Package
Frequency Acceleration
Time
Cycles
5-500Hz
0.5G
15min,XYZ 15min
2
5-500Hz
1G
15min,XYZ 15min
2
5-500Hz
1.5G
15min,XYZ 30min
2
4.4 SHOCK :
The power supply shall meet operating and non operating shock, on floorboards thick
for 10mm wood block.
Shock
Operating
Non operating
Height
0.3m
1.0m
Direction
XYZ 3 times
XYZ 3 times
Cycles
6
6
4.5 INPUT TRANSIENT SUSCEPTIBILITY :
The unit shall comply with requirements of IEC, 1000-4-2, IEC 1000-4-4 and
IEC1000-4-5, will withstand ESD of 8K Contact Discharge, will withstand ESD of
15K Air Discharge, 10 strides, both +ve and -ve, as per IEC 1000-4-2.
4.6 AC-LINE INPUT INRUSH NOISE
Minimum dielectric AC-line inrush voltage noise: Between AC input L to N:
Inrush Noise
Operating
Tr / Td
Voltage
1.2μs /50μs
2.0kV
Phase
0°
90°
270°
360°
Time
1 min
Cycle
10
10
10
10
4.7 THERMAL SHUTDOWN
N/A 无
5. SAFETY REQUIREMENTS :
5.1 DIELECTRIC WITHSTAND VOLTAGE :
Minimum dielectrics withstand voltage: Between input to output: 3000VAC rms/1
minute. Leakage current shall be 5mA maximum.
5.2 LEAKAGE CURRENT:
Leakage Current from primary to secondary shall be less than 0.25mA @240VAC.
5.3 INSULATION RESISTANCE :
Minimum insulation resistor from primary to secondary shall be 100MΩ,Voltage DC500V.
5.4 SAFETY SPACINGS:
6.4mm minimum between primary and secondary.
5.5 SAFETY STANDARDS APPROVAL:
5.5.1 MEASURE UP TO STANDARDS:
UL STANDARDS: UL6500
C-UL STANDARDS: CSA C22.2 No.1;CSA C13.2 No.1;CSA C22.2 No.950;CSA-E65
GB STANDARDS: GB13837-2003 GB8898-2001 GB17625.1-2003
5.5.2 CB STANDARDS:
CB: IEC60065
5.5.3 MARKING
With the following marking: UL,CCC
5.5.4 ENERGY EFFICIENCY STANDARDS
Measure up to American California Standard CEC Ⅳ or Australia Standards MA2.
5.6 REI .IABILITY
MTBF@ 250C shall be 50,000 hours min.
6.EMC REQUIREMNTS:
EMC STANDARDS: EN55022 CLASS B, EN61000-3-2.2, FCC Class B.
6.1 CONDUCTION
The adapter will conform to FCC PART15 Class B, VCCI Class B, and CISPR Pub.13 Class B.
6.2 RADIATION
The adapter will conform to FCC PART15 Class B, VCCI Class B, and CISPR Pub.13 Class
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