p222

Customer
Customer Ref.
Description
Planar Transformer Forward dual 5V - 14A
Project Ref
Prototype Ref.
Ordering Code
Date
P222WD3DS1
12/03/09
1- Dimensions
37 max
1
22
Top View
12,1
Side View
1
14
15,13
18,88
1,52
1,03
6,11
4,06
3,57
1,03
7
18,88
15,13
8
Recommended Pad Layout
View in the mounting direction
Notes:
- Dot on PCB indicating pin 1.
- Tolerance: ±0.25mm
DIMENSIONS IN: mm
TECHNICAL SPECIFICATION
Edition
2
Page
1/3
Customer
Customer Ref.
Description
Planar Transformer Forward dual
Project Ref
Prototype Ref.
Ordering Code
P222WD3DS1
2-
Electrical
Date
12/03/09
Editio2
2
parameters
CONVERTER
/ TOPOLOGY FORWARD DUAL
INPUT
OUTPUT
PRIMAR
100
- 350 Vdc
SECONDARY
SWITCHING FRECUENCY
5 Vdc / 14 Adc
150 KHz
DUTY
0.48
CYCLE (MAX)
OPERATING TEMPERATURE -20 TO 85ºC
STORAGE TEMPERATURE
-20 TO 130ºC
MAX TEMPERATURE
130ºC
DIELECTRIC STRENGTH
PRI.to SEC
3370 Vac
PRI. to CORE
MOUNTING
3370 Vac
SMD
INDUCTANCE (prim)
3.13mH ±25%@10KHz,100mV
LEAKAGE INDUCTANCE(typ) 5μH MAX@100KHz,100mV
TURNS RATIO
DCR
Prim :Sec
9 :1
Prim : Aux
3.375:1
primary
280mohm max
secondary
6.6mohm max
POWER
70 W
ESTIMATED TOTAL LOSSES 14 Watt
ESTIMATED TEMP. RISE
65 ºC
SAFETY STANDARD
3-
Electrical
Dielectric strength according to EN60950
Diagram
Primary
Secondary
Pin 1
Pin 8 - 9 -10
Pin 4
Pin 6
Pin 12 - 13 - 14
Pin 7
Auxiliary
DIMENSIONS IN: mm
TECHNICAL SPECIFICATION
5V - 14A
Page
2/3
Customer
Customer Ref.
Description
Planar Transformer Forward dual
Project Ref
Prototype Ref.
Ordering Code
P222WD3DS1
4-
Date
Editio2
12/03/09 2
5V - 14A
Page
3/3
Marking
Transformer is marked on the top as follows:
PREMO XX/YY *
P222WD3DS1
5-
XX ----> Manufct. Week
YY ----> Manufact. Year
Standard
- EN 60950
- UL 1950
- RoHS directive
6-
Packaging
- PVC trays according ETSI 300 019-2-2 Class 2.3 (public transportin)
7- Edition
control
Edition Changed by
Date
1st
R. Ibáñez
03/07/2008
2nd
Maria
12/03/2009
DIMENSIONS IN: mm
Chang description
First edition.
1)Change the spec of leakage inductance from
0.5uH to 5uH max.
1)Change the spec of primary DCR from
213uH to 280uH max.
TECHNICAL SPECIFICATION