input under voltage protection & over voltage protection
over current protection
MODEL
typ
(Vdc)
input
voltage
range
(Vdc)
output
voltage
(Vdc)
min
(mA)
output
current
max
(mA)
output
power
max
(W)
ripple
& noise
1
max
(mVp-p)
efficiency
2
typ
(%)
PQDE6W-Q24-S3-D
PQDE6W-Q24-S5-D
PQDE6W-Q24-S9-D
PQDE6W-Q24-S12-D
PQDE6W-Q24-S15-D
PQDE6W-Q24-S24-D
PQDE6W-Q24-D5-D
PQDE6W-Q24-D12-D
PQDE6W-Q24-D15-D
PQDE6W-Q24-D24-D
PQDE6W-Q48-S3-D
PQDE6W-Q48-S5-D
PQDE6W-Q48-S12-D
PQDE6W-Q48-S15-D
PQDE6W-Q48-S24-D
PQDE6W-Q48-D5-D
PQDE6W-Q48-D12-D
PQDE6W-Q48-D15-D
Notes:
24
24
24
24
24
24
24
24
24
24
48
48
48
48
48
48
48
48
9~36
9~36
9~36
9~36
9~36
9~36
9~36
9~36
9~36
9~36
18~75
18~75
18~75
18~75
18~75
18~75
18~75
18~75
3.3
5
9
12
15
24
±5
±12
±15
±24
3.3
5
12
15
24
±5
±12
±15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1500
1200
667
500
400
250
±600
±250
±200
±125
1500
1200
500
400
250
±600
±250
±200
4.95
6
6
6
6
6
6
6
6
6
4.95
6
6
6
6
6
6
6
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
79
83
85
87
88
88
83
87
88
88
79
83
87
88
88
83
87
88
1. From 5~100% load, nominal input, 20 MHz bandwidth oscilloscope, with 10 µF tantalum and 1 µF ceramic capacitors on the output. From 0~5% load, ripple and noise is
<5% Vo.
2. Measured at nominal input voltage, full load.
3. All specifications are measured at Ta=25°C, humidity < 75%, nominal input voltage, and rated output load unless otherwise specified.
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SERIES:
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DESCRIPTION:
DC-DC CONVERTER
date
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PART NUMBER KEY
PQDE6W
-
QXX -
X XX
-
D
Base Number
Input Voltage
Output
S = single
D = dual
Output Voltage
Mounting Style:
D = DIP
INPUT
parameter
operating input voltage
start-up voltage
surge voltage
under voltage shutdown
conditions/description
24 Vdc input models
48 Vdc input models
24 Vdc input models
48 Vdc input models
for maximum of 1 second
24 Vdc input models
48 Vdc input models
24 Vdc input models
48 Vdc input models
24 Vdc input models
current
48 Vdc input models
filter
no load power consumption
Pi filter
0.12
W
3.3 Vdc output models
all other models
3.3 Vdc output models
all other models
-0.7
-0.7
5.5
12
6.5
15.5
268
309
134
155
min
9
18
typ
24
48
max
36
75
9
18
50
100
units
Vdc
Vdc
Vdc
Vdc
Vdc
Vdc
Vdc
Vdc
mA
mA
mA
mA
input reverse polarity protection no
OUTPUT
parameter
conditions/description
3.3 Vdc output models
5 Vdc output models
9 Vdc output models
12, ±5 Vdc output models
15 Vdc output models
all other models
0% to full load
from low line to high line, full load
positive outputs
negative outputs
from 5% to full load
positive outputs
negative outputs
dual output models
dual output models:
main output 50% load
secondary output from 10~100% load
PWM mode
25% load step change, nominal input voltage
300
300
500
±1
±0.2
±0.5
±0.5
±0.5
min
typ
max
1,800
1,000
680
470
220
100
±3
±0.5
±1
±1
±1.5
±5
±5
units
μF
μF
μF
μF
μF
μF
%
%
%
%
%
%
%
kHz
μs
maximum capacitive load
1
voltage accuracy
2
line regulation
load regulation
3
voltage balance
4
cross regulation
switching frequency
5
transient recovery time
Note:
1.
2.
3.
4.
5.
Tested at input voltage range and full load.
At 0~5% load, the max output voltage accuracy for the ±5 & ±9 Vdc output models is ±5%.
At 0~100% load, the max load regulation is ±5%.
Unbalanced loads should not exceed ±5%. If ±5% is exceeded, the product performance cannot be guaranteed.
Value is based on full load. At loads <50%, the switching frequency decreases with decreasing load.
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SERIES:
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DESCRIPTION:
DC-DC CONVERTER
date
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OUTPUT (CONTINUED)
parameter
transient response deviation
temperature coefficient
conditions/description
25% load step change, nominal input voltage
3.3, 5, ±5 Vdc output models
all other models
at full load
min
typ
±5
±3
max
±8
±5
±0.03
units
%
%
%/°C
PROTECTIONS
parameter
over voltage protection
over current protection
short circuit protection
continuous, self recovery
conditions/description
min
110
110
140
typ
max
160
190
units
%
%
SAFETY AND COMPLIANCE
parameter
isolation voltage
isolation resistance
isolation capacitance
safety approvals
conducted emissions
radiated emissions
ESD
radiated immunity
EFT/burst
surge
conducted immunity
voltage dips & interruptions
MTBF
RoHS
conditions/description
input to output for 1 minute at 1 mA
input to output at 500 Vdc
input to output, 100 kHz / 0.1 V
UL 60950-1
CISPR22/EN55022, class A (no external circuit); class B (external circuit required, see Figure 3-b)
CISPR22/EN55022, class A (no external circuit); class B (external circuit required, see Figure 3-b)
IEC/EN61000-4-2, contact ± 4kV, class B
IEC/EN61000-4-3, 10V/m, class A
IEC/EN61000-4-4, ± 2kV, class B (external circuit required, see Figure 3-a)
IEC/EN61000-4-5, line-line ± 2kV, class B (external circuit required, see Figure 3-a)
IEC/EN61000-4-6, 3 Vr.m.s, class A
IEC/EN61000-4-29, 0%-70%, class B
as per MIL-HDBK-217F, 25°C
2011/65/EU
1,000,000
hours
min
1,500
1,000
1,000
typ
max
units
Vdc
MΩ
pF
ENVIRONMENTAL
parameter
operating temperature
storage temperature
storage humidity
vibration
non-condensing
10~55 Hz for 30 minutes on each axis
conditions/description
see derating curve
min
-40
-55
5
10
typ
max
85
125
95
units
°C
°C
%
G
SOLDERABILITY
parameter
hand soldering
wave soldering
conditions/description
1.5 mm from case for 10 seconds
see wave soldering profile
Peak Temp. 260°C Max.
250
Wave Soldering Time
4 Sec. Max.
min
typ
max
300
260
units
°C
°C
200
Temperature (°C)
10 Sec. Max.
150
100
50
0
Time (sec.)
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DESCRIPTION:
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MECHANICAL
parameter
dimensions
case material
weight
conditions/description
25.40 x 25.40 x 11.70 [1.000 x 1.000 x 0.461 inch]
aluminum alloy
14
g
min
typ
max
units
mm
MECHANICAL DRAWING
units: mm [inch]
tolerance: ±0.50[±0.020]
pin diameter tolerance: ±0.10[±0.004]
PIN CONNECTIONS
PIN
1
2
3
4
5
Function
Single
GND
Vin
+Vout
No Pin
0V
Dual
GND
Vin
+Vout
0V
-Vout
Note: 2.54 x 2.54 mm grid
Recommended PCB Layout
Top View
DERATING CURVE
Temperature Derating Curve
(Natural Convection)
120
100
Output Load (%)
80
60
40
20
0
-40
0
40
71
85
120
Ambient Temperature (°C)
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SERIES:
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DESCRIPTION:
DC-DC CONVERTER
date
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APPLICATION CIRCUIT
This series has been tested according to the following recommended circuits (Figures 1 & 2) before leaving the factory.
If you want to further reduce the input and output ripple, you can increase the input and output capacitors or select
capacitors of low equivalent impedance provided that the capacitance is less than the maximum capacitive load of the
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