DC-DC Converter AVP/Js and AVP/Jsp Output power up to 53 Watts

tieplantlimabeansΛογισμικό & κατασκευή λογ/κού

28 Οκτ 2013 (πριν από 3 χρόνια και 9 μήνες)

100 εμφανίσεις

Isolation voltage-strength
Specifications
Regulation at = -40°C...+85°C
Weight AVP/Js / AVP/Jsp M/g
OVP
Temperature
Output voltages
DIN EN ISO 9001
certified
Technology
Special Features
PCB (AVP/Jsp) and Chassis Mounting (AVP/Js)
DC-DC Converter AVP/Js and AVP/Jsp
Output power up to 53 Watts
* = At AVP/Js (sideway connector) ** = At AVP/Jsp
*** I = 0,1 I . At the AVP/Jsp 5 mV smaller values.
** At the AVP/Jsp 9 mV smaller values.
Block diagram
out min
* At 5 V double values.
03.03 09 36 00 3001 4 E
in
in
INH
TR
+U
-U
Auxil. Voltage
Regul.
out nom
R-*
Regul. + OVP
R+*
ADJ**
out
out
+U
-U
AVP/Jsp
Isolated - Single Output
AVP/Js
No overshoot of output voltage at switching on
ext
at = 25°C, , 0,62


Vibration resistant and indifferent to humidity due to encap-
L
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e

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g
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/
m
V

f
o
r

1
0
0
%
Extremly low thermal stress of sensitive components due
Load regulation /mV per A load static
admissible continuous external current /A
/mV per A load change (25°C)
Overvoltage protection in the output circuit, even in case
Output ripple /mV at = -40°C...+85°C
to dissipated power loss over mounting surface
T
e
m
p
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r
a
t
u
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e

c
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f
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t






/
%
/
K
Output to base plate /kV
S
t
a
r
t
i
n
g

p
o
i
n
t













/
%
out
U
U
out
Input to base plate /kV
Capacitance /pF
Resistance /
R
iso
iso
C

out nom
In-/Output /kV
U
U
rms



amb

U
out
U

U
rms
U
rms

I
in
Necessary thermal resistance of moun-
Permissible rise on base plate
ting surface (chassis) to ambient
Remote off (inhibit) with TTL - L-signal
T
o
l
e
r
a
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c
e










/
%

(
A
V
P
/
J
s
)
of external supply (OVP)
U
Ambient air
Storage
Rise in case

out
u
out
sulated case
TC
rms

amb
amb

>
0,5
=
>
=
10
2200
11
220/200
<
<
>
>
4,5
130
<
<
<
1,5
1,5
2
10**
85 (40)***
out nom
-40...+100°C
±0,25 (0,5)*
-40...+85°C


R
amb
S
C perm
=
=
<
<
<
<
<
<
0,016
25 K
20 K
3,5
thKA
K perm
4,5 K/W
U
in nom
I
Electrostatic discharge according to EN 61000-4-2:1995
EN 50082-2:1995 with additional improvements, criterion A:
Input filtering according to EN 55022:1994, class B
EN 61000-4-5:1995 (class 2): 1kV symmetric
according to EN 61000-4-4:1995 (class 3): 2 kV
(testing level 4): 8 kV contact (base plate)/15 kV air
Surge: Input and output filtering according to
Zero load operation and short circuit protected
Output filtering according to Vfg 243/1991
Burst transients: Input and output filtering
Series meets Generic Immunity Standard according to
+Vout
-Vout
Regulators in surface mount technology
Parallel and series connection
Overtemperature shutdown
Reverse polarity protection
Conducted RFI:
MOSFET design
ADJ
TR
V
+Vin
-Vin
EA
AVP/Js
+Vout
-Vout
ADJ
TR
INH
AVP/Jsp
V
+Vin
-Vin
*
*





F
o
r









=

-
4
0
°
C
.
.
.
5
5
°
C
.

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g

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m

5
5
°
C

t
o

8
5
°
C
:

1
,
2
5
%
/
°
C
,








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V

1
0
%

b
a
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c

l
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d

i
s

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e
q
u
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d
.
Connection of the pins "ADJ" and "- U " for the AVP/Jsp modules or inserting a wire to "R+" for the AVP/Js modules
i
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s

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8
%
.

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.

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"
A
D
J
"

a
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d

"
+
U




"

p
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f
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A
V
P
/
J
s
p

b
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"
R
-
"

f
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e

A
V
P
/
J
s

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t
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m
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d

b
y

m
a
x
.

8
%
.
***
3,2
1,8
32...74
86
48
**** Converter switches on at U > 8 V
I between 85°C and 95°C linear decreasing to 0 A.
out nom
1,75
* Adjusted to 5,1 V
*** At U and 0,6 I .
1,75

in nom
out
amb
1,75
1,3
1,0
2,1
2,1
2,1
1,4
1,1
3,2
30
24
32...74
48
1,9
85
66...154
110
in
in
1,0
85
5...36****
5...36****
9...40
15...36
66...154
66...154
9...40
15...36
32...74
24
12/24
12/24
24
12/24
12/24
110
48
110
3,9
4,0
5,1
7,7
0,9
1,8
4,7
7,2
0,9
86
80
87
87
80
85
89
89
85
Standard converters AVP/Js and AVP/Jsp
8,0
5*
8,0
3,2
2,2
1,6
4,0
4,0
4,0
2,1
8,0
12
15
2,9
6,4
4,8
Adjustment:
out
A
V
out nom
**
U
I
15...36
24
3,4
84
32...74
5...36****
5...36****
9...40
15...36
66...154
66...154
9...40
15...36
32...74
48
24
12/24
12/24
24
12/24
12/24
110
48
110
1,6
82
3,7
4,6
6,4
0,9
1,8
3,7
4,8
6,7
0.8
82
79
83
88
86
86
80
84
89
5...36****
9...40
U
12/24
12/24
V
in nom
U
4,8
6,7
78
81
out
in range
V
A
%
in max
I

09 36 53 0112 6
09 36 53 0172 6
Specifications subject to change without notice
09 36 55 0112 4
09 36 75 0112 9
67
67
09 36 64 0112 3
09 36 65 0112 2
09 36 95 0112 5
09 36 85 0112 7
09 36 74 0112 1
09 36 54 0112 5
09 36 94 0112 6
09 36 84 0112 8
09 36 73 0112 2
09 36 55 0172 4
09 36 75 0172 9
09 36 64 0172 3
09 36 65 0172 2
09 36 95 0172 5
09 36 85 0172 7
09 36 74 0172 1
09 36 54 0172 5
09 36 94 0172 6
09 36 84 0172 8
09 36 73 0172 2
Order Number
67
09 36 91 0112 9
67
67
09 36 51 0112 8
09 36 63 0112 4
09 36 62 0112 5
09 36 93 0112 7
09 36 83 0112 9
09 36 72 0112 3
09 36 52 0112 7
09 36 92 0112 8
09 36 82 0112 1
09 36 71 0112 4
kHz
f
09 36 61 0112 6
09 36 81 0112 2
AVP/Js
09 36 91 0172 9
09 36 51 0172 8
09 36 72 0172 3
09 36 62 0172 5
09 36 63 0172 4
09 36 83 0172 9
09 36 93 0172 7
09 36 52 0172 7
09 36 92 0172 8
09 36 82 0172 1
09 36 71 0172 4
09 36 61 0172 6
09 36 81 0172 2
AVP/Jsp
out
Externally or internally caused overvoltage at the output leads to a thyristor-controlled short-circuit and shut-
down of the output. After elimination of the overvoltage the output voltage restarts automatically.
The converters have to be installed according to the guidelines currently in force, like other open electronic component as-
semblies. Attention must be paid to sufficient ventilation, fastening and protection against accidental contact! The mounting surface has to
be even with a thermal resistance as described under "Specifications". If more than one converter is mounted on the same mounting sur-
face the thermal resistance has to be divided by the quantity of converters used. The base plate has to be grounded by using thread rolling
screws M4 according to DIN 7500.
If reverse polarity connection of the input voltage can not be excluded, an external time-lag fuse must
be installed. Size: I = 1,5 I (max. 16 A). Pay attention on sufficient current of current source in case of short-circuit (t < 300 ms)!

































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=

1
,
1
.
.
.
1
,
2

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.

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0
%

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a
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y

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a
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s
t

a
f
t
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r

1
s

o
f
elimination of the overload.
In case temperature exceeds 101°C, typ. 105°C, (due to inadmissible operation conditions) the
output voltage is automatically switched off and restarted after cooling down about 10 K.
Dimensions in mm with a outside dimensions tolerance of + 1 mm
Operating instructions:
External shut down (inhibit):
Excess temperature protection:
Reverse polarity protection:
Excess temperature protection:
AVP/Js
Overvoltage protection:
Current limiting:
rat
out lim
Installation:
out nom
in max
in
INH
in
out
in
-U
TR
+U
+U
-U
out
Minimum distance from electrical conductive parts 5mm
AVP/Js
Drawings
3.25
Base Plate
10,7
AVP/Jsp
out
out
ADJ
-U
+U
1,5
7,62
f
TR
81,28
INH
in
in
+U
-U
5,08
15,24
25,4
Hole Pattern Component Side AVP/Jsp
Hole diameter 3,6mm, suitable for thread
rolling screws M4 according to DIN 7500
97
103.5
ø
3.5
25
>5
AVP/Jsp
46
15
Steuer- u. Regeltechnik GmbH & Co KG D-74343 Sachsenheim
i
EA
+U
i
-U
i
U
o
I
o
U
TR
o
ADJ
Typ
Nr.
+U
o
-U
Made in Germany
Schaltregler
o
+U
i
+U
R+
R-
113
103.5
Steuer- u. Regeltechnik GmbH & Co KG D-74343 Sachsenheim
U
o
I
o
U
i
Typ
Schaltregler
Made in Germany
Nr.
EA
TR
o
-U
i
-U
+
-
ADJ
4.75
3.25
97
25
1.5
Connector:
Phoenix MSTB 2,5/6-ST-5,08
Wire cross section max. 2,5 mm
2
Tracking operation:
If the TR pins of two or more converters are connected, the output voltages in case of short-circuit or overload go
synchronously down.
U < 0,8 V at pin "INH" to pin -U switches off the output. I 500 µA.
source
17
03.03 09 36 00 3001 4 E
1 Heremai St, Auckland, NZ
Telephone +
64 9 8350700
http://www.
innovative.co.nz
Email: info@
innovative.co.nz
Innovative Energies Limited