P6KU-xxxxZLF
PMA-SERIES
Rev.11-2008
1 Watt
Unregulated
Dual
Output
DIP8
Case
3 kV
DC I/O Isolation
Low Ripple and Noise
Mainzer Straße 151–153
D-55299 Nackenheim
Tel. +49 6135 7026-0
Fax: +49 6135 931070
www.peak-electronics.de
peak@peak-electronics.de
The PMA series P6KU-xxxxZLF is a family of cost effective 1 W dual output
DC/DC converters. These converters are in an ultra miniature DIP8 case.
Devices are encapsulated. High performance features: 3000VDC
input/output isolation, high efficiency operation, output voltage accuracy of
±3% maximum, input range of ±10% tolerance and low output ripple and
noise.
All specifications typical at Ta=25° nominal input voltage and full load unless otherwise specified
C,
Input Specifications
Voltage Range
Input Filter
Input Reflected Ripple Current¹
Output Specifications
Voltage Accuracy
Short Circuit Protection
Line Regulation
Load Regulation
(20% - 100%)
Ripple and Noise
(20Mhz bandwidth)
Temperature Coefficient
General Specifications
Efficiency
I/O Isolation Voltage
(3 sec.)
I/O Isolation Capacity
I/O Isolation Resistance
Switching Frequency
Humidity
Reliability Calculated MTBF
(MIL-HDBK-217F)
Physical Specifications
Case Material
Potting Material
Weight
Environment Specifications
Operating Temperature
Maximum Case Temperature
Storage Temperature
Cooling
RoHS Conform
± 10%
Capacitor
20 mA pk-pk
± 3%
Short Term
± 1.2% / 1% Vin Change
± 10% (3.3Vout Models: ± 20%)
100 mV pk-pk
± 0.02% / °
C
See Table
3000 VDC
60 pF, typ.
1000 MOhm
80 kHz
(Variable)
95% rel H
> 1.121 Mhrs
Non Conductive Black Plastic
(UL94V-0 rated)
Epoxy
(UL94V-0 rated)
~ 1.8g, typ.
-40 to +85°
(ambient)
C
100°
C
-40 to +125°
C
Free Air Convection
Soldering 260° max.
(1.5mm from case 10s.)
C,
PMA-Series – P6KU-xxxxZLF – Dual Output – DIP8 - Plastic Case
Specification can change without a notice – We accept no liability for any inaccuracy or printing errors.
Page 1/3
Selection Guide
Dual
Output
A)
)
A)
d (m
(mA ad (m
a
²
ad
C)
)
o
ll Lo
uF)
(VD
o Lo t Full L
VDC
t Fu
(
n
)
ad (
ge
tN
e
o
urre
olta
y (%
rren
rren
ltag
or L
ut V
ut C
t Vo
t Cu put Cu
ienc
acit
p
p
c
Inpu
Inpu
In
Out
Out
Effi
Cap
Order #
DUAL OUTPUT
P6KU-053R3ZLF
P6KU-0505ZLF
P6KU-057R2ZLF
P6KU-0509ZLF
P6KU-0512ZLF
P6KU-0515ZLF
P6KU-0518ZLF
P6KU-0524ZLF
P6KU-123R3ZLF
P6KU-1205ZLF
P6KU-127R2ZLF
P6KU-1209ZLF
P6KU-1212ZLF
P6KU-1215ZLF
P6KU-1218ZLF
P6KU-1224ZLF
P6KU-243R3ZLF
P6KU-2405ZLF
P6KU-247R2ZLF
P6KU-2409ZLF
P6KU-2412ZLF
P6KU-2415ZLF
P6KU-2418ZLF
P6KU-2424ZLF
5
5
5
5
5
5
5
5
12
12
12
12
12
12
12
12
24
24
24
24
24
24
24
24
30
30
30
30
30
30
30
30
15
15
15
15
15
15
15
25
10
10
10
10
10
10
10
10
285
277
277
263
300
263
263
300
119
115
115
109
125
109
109
128
58
57
57
55
62
54
54
62
± 3.3
±5
± 7.2
±9
± 12
± 15
± 18
± 24
± 3.3
±5
± 7.2
±9
± 12
± 15
± 18
± 24
± 3.3
±5
± 7.2
±9
± 12
± 15
± 18
± 24
± 152
± 100
± 69
± 56
± 50
± 33
± 28
± 25
± 152
± 100
± 69
± 56
± 50
± 33
± 28
± 25
± 152
± 100
± 69
± 56
± 50
± 33
± 28
± 25
70
72
72
76
80
76
76
80
70
72
72
76
80
76
76
78
71
73
73
75
80
77
77
80
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
± 100
If you need other specifications, please enquire.
Notes:
PMA-Series – P6KU-xxxxZLF – Dual Output – DIP8 - Plastic Case
Specification can change without a notice – We accept no liability for any inaccuracy or printing errors.
Page 2/3
Package / Pinning / Derating
7.62
(0.30)
10.16
(0.40)
0.50
(0.02)
PIN CONNECTIONS
#
DUAL
1
- Vin
4
+Vin
5
+Vout
7
Common
8
- Vout
Others Omitted
App Notes:
¹ =
Measured Input reflected ripple current with a simulated source inductance of 12uH.
² =
Tested by minimal Vin and constant resistive load.
- Operation under no-load conditions will not damage these devices, but they will not observe the listed specifications.
Radiated
Emissions
ESD
RS
EMC SPECIFICATIONS
EN 55022
CLASS B
FCC 47CFR Part 15/B
CLASS B
IEC 61000-4-2
Perf. Criteria B
IEC 61000-4-3
Perf. Criteria A
PMA-Series – P6KU-xxxxZLF – Dual Output – DIP8 - Plastic Case
Specification can change without a notice – We accept no liability for any inaccuracy or printing errors.
Page 3/3
Embedded System
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